Which functions of a cell membrane would be compromised if the membr.pdf
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Which functions of a cell membrane would be compromised if the membrane consisted of a phospholipid bilayer without proteins? What about a membrane without phospholipids? Solution Without the membrane proteins, cell to cell interaction and transport of molecules across the membrane are not possible. The membrane receptor proteins help cell communication with the use of hormones, neurotransmitters, and other signalling molecules. Transport proteins through facilitated diffusion transport of molecules across the membrane. Structural proteins help to give the cell support and shape..
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All fungi have tiny tube-like structures call hyphae. One is labeled .pdf
All fungi have tiny tube-like structures call hyphae. One is labeled within the collection. What
do you think these structures do for the fungi?
Solution
Answer:
Hyphae is a long, branching, filamentous structure of a fungus, it contain the cytoplasm or cell
sap, including the nuclei containing genetic material.
-absorb nutrients from the environment and transport them to other parts of the thallus
- hyphae represents the vegetative stage of fungi..
15. Let’s say you are systems administrator for a hospital’s network.pdf
15. Let’s say you are systems administrator for a hospital’s network. Keep in mind that as system
administrator, your job is to provide the correct level of accessibility to authorized users while
denying access to those who lack authorization. What are the top five policies that you would
implement? How would you enforce compliance with these policies? How would you educate
your users to convince them to adhere to your policies?
Solution
The policies that system administrator use to provide the correct level of accessibility to
authorized users while denying access to unauthorized users are-
1. Using antivirus software and running them regularly to protect systems from attack by
malicious softwares.
2. Using firewalls to maintain access control based on sender\'s and reciever\'s ip addresses.
3. By providing Login system policy to ensure authorized access to system by individuals (using
login ID and passwords).
4. Using high level encryption techniques to secure access of information on transit between two
users.
5. By monitoring network communication.
These policies can be enforced by system administrator by using distributed operating system.
Because DO/S works on the property of global control of all assets.
Users can be provided with individual login and password as unauthorized access may lead to
breach in security of hospital\'s information. As security breach in Hospital\'s information may
lead to adverse effects like- breach in information of patients, their diseases, medicines
prescribed and many more..
What would the predicted result be if Griffith injected mice with a .pdf
What would the predicted result be if Griffith injected mice with a mixture of heat-killed R
bacteria and living S bacteria?
a. All mice would live, but only if DNAse was added to the mixture prior to injection
b. All mice would die.
c. All mice would live.
d. All mice would die, but only if DNAse was added to the mixture prior to injection.
Solution
Griffith’s Experiment-A Quick Review: Fredrick Griffith, an English physician, first reported
transformation of one strain of Streptococcus pneumoniae into other strain in 1928. The bacteria
cause pneumonia. A strain of this bacterium produces capsule and gives a smooth, shiny colony
on culture media, thus called S-strain (smooth strain). The S-strain exhibits pathogenicity in
laboratory mice. Another strain without capsule produces rough and coarse colony on culture
medium, thus called R-strain (rough strain). The R-strain is avirulent (non-pathogenic).
Mice injected with
Outcome
1
Live S-strain (virulent)
Pneumonia mice dead
2
Live R-strain (avirulent)
No pneumonia mice alive
3
Heat killed S-strain + live R-strain
Pneumonia mice dead
When injected with live S-strain bacteria, mice developed pneumonia and died. When injected
with live R-strain bacteria, mice did not develop pneumonia and survived. When heat killed S-
strain injected to mice, they remain unaffected. However, when heat killed S-strain bacteria
mixed with live R-strain injected to mice, they developed pneumonia and died. He was also able
to isolate and culture S-strain bacteria from affected mice. Since heat killed bacteria could have
no way been revived, he concluded that some molecules from heat killed S-strain had
transformed the R-strain into S-train.
Now,
The Current Perspective: Presence of living S-strain causes pneumonia development in mice
killing them at last. It is noteworthy that transformation of R-strain into S-strain occurs only
when there is alive R-strain and fragments of DNA from heat-killed S-strain.
Option A: Incorrect. DNAse is a large protein incapable of entering into bacterial cytoplasm
through bacterial membrane of living S-strain. So, this treatment further cleaves DNA fragments
of heat killed R-strain BUT leaves the S-strain unaffected. So, injecting the mixture to mice kills
them as live S-strain causes pneumonia.
Option B: Correct. Presence of living S-strain causes pneumonia development in mice killing
them at last.
Option C: Incorrect. All mice die because S-strain cause pneumonia to them.
Option D: Incorrect. All mice would die, BUT NOT because of addition of DNAse to the
mixture. As mentioned in option A explanation, DNAse does not penetrate into live S-strain,
thus leave them unaffected. Therefore, mice die irrespective of DNAse treatment.
Mice injected with
Outcome
1
Live S-strain (virulent)
Pneumonia mice dead
2
Live R-strain (avirulent)
No pneumonia mice alive
3
Heat killed S-strain + live R-strain
Pneumonia mice dead.
Write a function called myfind that will search for a key in a vecto.pdf
Write a function called myfind that will search for a key in a vector and return the indices of all
occurrences of the key, like the built-in find function. It will receive two arguments— the vector
and the key—and will return a vector of indices or the empty vector [ ] if the key is not found.
The function will be invoked as follows:
idx = myfind(vec, key);
Following is an example of correct function behavior:
>> vec = randi([5, 10], 1, 10)
vec = 5 10 10 7 9 5 7 10 9 10
>> key = 10;
>> idx = myfind(vec, key)
idx = 2 3 8 10
>> key = 2;
>> idx = myfind(vec, key)
idx = Empty matrix: 1-by-0
Do not use the in-built find function.
Solution
% matlab code find all index of key in vector
function idx = myfind(vec, key)
index = 1;
for i=1:length(vec)
if vec(i) == key
idx(index) = i;
index = index + 1;
end
end
end
vec = randi([5, 10], 1, 10);
disp(\"Vector: \");
disp(vec);
key = 10;
fprintf(\"\ Key: %d\ \",key);
idx = myfind(vec, key);
disp(\"\ Index: \");
disp(idx);
%{
sample output:
Vector:
10 10 8 10 5 10 5 8 9 5
Key: 10
Index:
1 2 4 6
%}.
wright Mills proposed that sociologists could explain individual beha.pdf
wright Mills proposed that sociologists could explain individual behavior by focusing
on_______ Common sense instinct external influence inherited ability
Solution
1. C.Write Mills get better understood that how personal troubles are linked to public issues.
2. In order to understand one\'s individual behaviour better to understand their personal lives.
3. In order to understand one\'s individual behavour must understand that there is link or
connection between public and private.
4. To understand link between personal and public one must use critical thinking skills such as
sociological imagination.
5. From the above imformation it is need to foccus on common sense and external influence to
understand individual behavior of a person..
Why are General, Special Revenue, and other governmental (expendable).pdf
Why are General, Special Revenue, and other governmental (expendable) funds typically
controlled by fixed budgets integrated within the account structure, whereas Enterprise and other
proprietary (nonexpendable) funds may be subject to less formal control through flexible budgets
not integrated within the account structure? b.
Solution
Governmental or expendable funds involves General, Special Revenue, etc. The fiscal
management of expendable or governmental funds involves allocating fixed amounts of financial
resources among competing demands with the help of budgetary process. Formal appropriations
that are made in fixed dollar amounts may not be exceeded legally. There is integration of
Appropriations and Encumbrances within the ledgers. This is done to enhance expenditure
control by continually making available in the accounts data on the appropriations, actual
expenditures to date, and encumbrances outstanding, both in detail and in total. Like
Appropriations and Encumbrances, Estimated Revenues accounts are integrated within the
ledgers to continually make available data on both estimated and actual revenues to date, in
detail and in total. This helps in enhancing revenue management.
Proprietary or nonexpendable funds involves Enterprise, etc. These funds are established to
account for business-type activities. Here, those business-type activities are accounted in which
additional revenues are generated as goods or services are provided. Thus, both the resources
available to finance expenses. These finance expenses vary directly with the demands for the
goods or services involved. It can be said that flexible budgeting is more suitable in this
situation. Activities may not be subjected to formal appropriations control so there may be no
need to integrate budgetary accounts. There is automatic re-appropriation for the activity as the
revenues are received..
What is the state of water at 200 kPa and 250oCQuestion 7 options.pdf
What is the state of water at 200 kPa and 250oC?
Question 7 options:
Saturated vapor
Superheated vapor
Compressed liquid
Saturated liquid
Saturated mixturA)
Saturated vaporB)
Superheated vaporC)
Compressed liquidD)
Saturated liquidE)
Saturated mixtur
Solution
at 200 kPa
saturation temperature is 120.21 C
but the temperature is 250 C
so, it is a superheated vapour.
What is ransomware How can these cyber-attacks result in data loss.pdf
What is ransomware? How can these cyber-attacks result in data loss? In your experience, do
you believe ransomware attacks should be treated as a cybercrime? What are the possible
consequences of ransomware? Be sure to cite examples from credible sources to support your
answers.
Solution
Ransomware is a virus or malware of the computer which installs secretly on computer without
user authorization and encrypts the data that is present on the victims computer and in order to
decrypt that message it asks for payment for decryption. Yes this ransomware cyber attacks
result in data loss because the attacker demands the victim for money in order to give the decrypt
key whether if he has not paid the decrypt key will be lost and the data is also lost forever and
results in data loss.This ransomware is a cybercrime because so much of data is lost and they are
thefting the data and demands money from the victims in order to give the data it is like
kidnapping the data. The possible consequences of ransomware malware are dataloss and
datatheft. This malware are sent through the Email attachments and messages in social media
and whenever we click that it installs without authorization..
Recommended
All fungi have tiny tube-like structures call hyphae. One is labeled .pdf
All fungi have tiny tube-like structures call hyphae. One is labeled within the collection. What
do you think these structures do for the fungi?
Solution
Answer:
Hyphae is a long, branching, filamentous structure of a fungus, it contain the cytoplasm or cell
sap, including the nuclei containing genetic material.
-absorb nutrients from the environment and transport them to other parts of the thallus
- hyphae represents the vegetative stage of fungi..
15. Let’s say you are systems administrator for a hospital’s network.pdf
15. Let’s say you are systems administrator for a hospital’s network. Keep in mind that as system
administrator, your job is to provide the correct level of accessibility to authorized users while
denying access to those who lack authorization. What are the top five policies that you would
implement? How would you enforce compliance with these policies? How would you educate
your users to convince them to adhere to your policies?
Solution
The policies that system administrator use to provide the correct level of accessibility to
authorized users while denying access to unauthorized users are-
1. Using antivirus software and running them regularly to protect systems from attack by
malicious softwares.
2. Using firewalls to maintain access control based on sender\'s and reciever\'s ip addresses.
3. By providing Login system policy to ensure authorized access to system by individuals (using
login ID and passwords).
4. Using high level encryption techniques to secure access of information on transit between two
users.
5. By monitoring network communication.
These policies can be enforced by system administrator by using distributed operating system.
Because DO/S works on the property of global control of all assets.
Users can be provided with individual login and password as unauthorized access may lead to
breach in security of hospital\'s information. As security breach in Hospital\'s information may
lead to adverse effects like- breach in information of patients, their diseases, medicines
prescribed and many more..
What would the predicted result be if Griffith injected mice with a .pdf
What would the predicted result be if Griffith injected mice with a mixture of heat-killed R
bacteria and living S bacteria?
a. All mice would live, but only if DNAse was added to the mixture prior to injection
b. All mice would die.
c. All mice would live.
d. All mice would die, but only if DNAse was added to the mixture prior to injection.
Solution
Griffith’s Experiment-A Quick Review: Fredrick Griffith, an English physician, first reported
transformation of one strain of Streptococcus pneumoniae into other strain in 1928. The bacteria
cause pneumonia. A strain of this bacterium produces capsule and gives a smooth, shiny colony
on culture media, thus called S-strain (smooth strain). The S-strain exhibits pathogenicity in
laboratory mice. Another strain without capsule produces rough and coarse colony on culture
medium, thus called R-strain (rough strain). The R-strain is avirulent (non-pathogenic).
Mice injected with
Outcome
1
Live S-strain (virulent)
Pneumonia mice dead
2
Live R-strain (avirulent)
No pneumonia mice alive
3
Heat killed S-strain + live R-strain
Pneumonia mice dead
When injected with live S-strain bacteria, mice developed pneumonia and died. When injected
with live R-strain bacteria, mice did not develop pneumonia and survived. When heat killed S-
strain injected to mice, they remain unaffected. However, when heat killed S-strain bacteria
mixed with live R-strain injected to mice, they developed pneumonia and died. He was also able
to isolate and culture S-strain bacteria from affected mice. Since heat killed bacteria could have
no way been revived, he concluded that some molecules from heat killed S-strain had
transformed the R-strain into S-train.
Now,
The Current Perspective: Presence of living S-strain causes pneumonia development in mice
killing them at last. It is noteworthy that transformation of R-strain into S-strain occurs only
when there is alive R-strain and fragments of DNA from heat-killed S-strain.
Option A: Incorrect. DNAse is a large protein incapable of entering into bacterial cytoplasm
through bacterial membrane of living S-strain. So, this treatment further cleaves DNA fragments
of heat killed R-strain BUT leaves the S-strain unaffected. So, injecting the mixture to mice kills
them as live S-strain causes pneumonia.
Option B: Correct. Presence of living S-strain causes pneumonia development in mice killing
them at last.
Option C: Incorrect. All mice die because S-strain cause pneumonia to them.
Option D: Incorrect. All mice would die, BUT NOT because of addition of DNAse to the
mixture. As mentioned in option A explanation, DNAse does not penetrate into live S-strain,
thus leave them unaffected. Therefore, mice die irrespective of DNAse treatment.
Mice injected with
Outcome
1
Live S-strain (virulent)
Pneumonia mice dead
2
Live R-strain (avirulent)
No pneumonia mice alive
3
Heat killed S-strain + live R-strain
Pneumonia mice dead.
Write a function called myfind that will search for a key in a vecto.pdf
Write a function called myfind that will search for a key in a vector and return the indices of all
occurrences of the key, like the built-in find function. It will receive two arguments— the vector
and the key—and will return a vector of indices or the empty vector [ ] if the key is not found.
The function will be invoked as follows:
idx = myfind(vec, key);
Following is an example of correct function behavior:
>> vec = randi([5, 10], 1, 10)
vec = 5 10 10 7 9 5 7 10 9 10
>> key = 10;
>> idx = myfind(vec, key)
idx = 2 3 8 10
>> key = 2;
>> idx = myfind(vec, key)
idx = Empty matrix: 1-by-0
Do not use the in-built find function.
Solution
% matlab code find all index of key in vector
function idx = myfind(vec, key)
index = 1;
for i=1:length(vec)
if vec(i) == key
idx(index) = i;
index = index + 1;
end
end
end
vec = randi([5, 10], 1, 10);
disp(\"Vector: \");
disp(vec);
key = 10;
fprintf(\"\ Key: %d\ \",key);
idx = myfind(vec, key);
disp(\"\ Index: \");
disp(idx);
%{
sample output:
Vector:
10 10 8 10 5 10 5 8 9 5
Key: 10
Index:
1 2 4 6
%}.
wright Mills proposed that sociologists could explain individual beha.pdf
wright Mills proposed that sociologists could explain individual behavior by focusing
on_______ Common sense instinct external influence inherited ability
Solution
1. C.Write Mills get better understood that how personal troubles are linked to public issues.
2. In order to understand one\'s individual behaviour better to understand their personal lives.
3. In order to understand one\'s individual behavour must understand that there is link or
connection between public and private.
4. To understand link between personal and public one must use critical thinking skills such as
sociological imagination.
5. From the above imformation it is need to foccus on common sense and external influence to
understand individual behavior of a person..
Why are General, Special Revenue, and other governmental (expendable).pdf
Why are General, Special Revenue, and other governmental (expendable) funds typically
controlled by fixed budgets integrated within the account structure, whereas Enterprise and other
proprietary (nonexpendable) funds may be subject to less formal control through flexible budgets
not integrated within the account structure? b.
Solution
Governmental or expendable funds involves General, Special Revenue, etc. The fiscal
management of expendable or governmental funds involves allocating fixed amounts of financial
resources among competing demands with the help of budgetary process. Formal appropriations
that are made in fixed dollar amounts may not be exceeded legally. There is integration of
Appropriations and Encumbrances within the ledgers. This is done to enhance expenditure
control by continually making available in the accounts data on the appropriations, actual
expenditures to date, and encumbrances outstanding, both in detail and in total. Like
Appropriations and Encumbrances, Estimated Revenues accounts are integrated within the
ledgers to continually make available data on both estimated and actual revenues to date, in
detail and in total. This helps in enhancing revenue management.
Proprietary or nonexpendable funds involves Enterprise, etc. These funds are established to
account for business-type activities. Here, those business-type activities are accounted in which
additional revenues are generated as goods or services are provided. Thus, both the resources
available to finance expenses. These finance expenses vary directly with the demands for the
goods or services involved. It can be said that flexible budgeting is more suitable in this
situation. Activities may not be subjected to formal appropriations control so there may be no
need to integrate budgetary accounts. There is automatic re-appropriation for the activity as the
revenues are received..
What is the state of water at 200 kPa and 250oCQuestion 7 options.pdf
What is the state of water at 200 kPa and 250oC?
Question 7 options:
Saturated vapor
Superheated vapor
Compressed liquid
Saturated liquid
Saturated mixturA)
Saturated vaporB)
Superheated vaporC)
Compressed liquidD)
Saturated liquidE)
Saturated mixtur
Solution
at 200 kPa
saturation temperature is 120.21 C
but the temperature is 250 C
so, it is a superheated vapour.
What is ransomware How can these cyber-attacks result in data loss.pdf
What is ransomware? How can these cyber-attacks result in data loss? In your experience, do
you believe ransomware attacks should be treated as a cybercrime? What are the possible
consequences of ransomware? Be sure to cite examples from credible sources to support your
answers.
Solution
Ransomware is a virus or malware of the computer which installs secretly on computer without
user authorization and encrypts the data that is present on the victims computer and in order to
decrypt that message it asks for payment for decryption. Yes this ransomware cyber attacks
result in data loss because the attacker demands the victim for money in order to give the decrypt
key whether if he has not paid the decrypt key will be lost and the data is also lost forever and
results in data loss.This ransomware is a cybercrime because so much of data is lost and they are
thefting the data and demands money from the victims in order to give the data it is like
kidnapping the data. The possible consequences of ransomware malware are dataloss and
datatheft. This malware are sent through the Email attachments and messages in social media
and whenever we click that it installs without authorization..
What are the 3 ways a Java method must match with its definition and.pdf
What are the 3 ways a Java method must match with its definition and call?
Solution
The three ways are:
1. Name of the method must be exactly same in definition and call.
2. The number of variables mentioned in the function definition must be same as function call.
2.The type of variables mentioned in the function definition must be same as function call..
Using the Internet, compare and contrast two commercially available .pdf
Using the Internet, compare and contrast two commercially available Vulnerability Assessment
solutions.
What are the differences between the two? How are they similar?
Make a purchasing recommendation and defend your suggestion. Be detailed and specific.
(Ensure you provide links to each product offering.)
Solution
An interruption detection system is a software application that monitors network behavior for
cruel activities or policy violation and produce information to a running station. A few systems
may attempt to prevent an intrusion attempt monitoring system. IDPSes have turn into a
necessary addition to the security communications of almost every organization.
IDPSes normally record information related to pragmatic events notify safety administrator of
significant observed events and create reports. A lot of IDPSes can also react to a detected threat
by attempt to stop it from succeeding.
WAFs are intended to protect web applications from web based attacks that IPSs cannot put off.
In the same regard as an IPS, WAFs can be network based. They sit in order and monitor traffic
to and from web applications.
WAFs are normally deployed in some sort of proxy manner just in front of the web application.
CONCLUSION:
Web Applications Firewalls are a particular type of product used to detect attacks next to web
applications in extra depth than an Intrusion anticipation System. WAFs can be used in our
environment to provide better protection to web applications..
uetator Periodic Table Question 6 of 30 Incorrect Incorrect DA Saplin.pdf
uetator Periodic Table Question 6 of 30 Incorrect Incorrect DA Sapling Learning sponsible
syndrome is anX-inked, recessive condition caused by mutation of the HPRT1 muscle
movements, The syndrome is characterized byjuvenile-onset gout, in and behavioral disorders. A
mother and father have a young daughter who was diagnosed with Lesch-Nyhan syndrome. No
one in the with family was ever diagnosed the The maternal grandfather was diagnosed
syndrome, but neither one of her parents was diagnosed with condition. Select all the
descriptions that could explain how their daughter inherited Lesch-Nyhan syndrome. The
daughter could not have Nyhan because her maternal grandparents did not have disease. The girl
must have acquired the disease through a random mutation. The daughter inherited two
xchromosomes with the of the mothers X mutation. Nondisjunction chromosome chromosomes
occurred during meiosis, and the daughter inherited from her father. The father did not contribute
a sex chromosome to his daughter due to nondisjunction of the sex chromosomes. The daughter
is xo and her only X chromosome came from her mother, who was a O The d from her father,
who was a carrier. camies the Lesch-Nyhan mutation and was Her inherited There is a hint
available! bottom divider bar. Click on the divider bar again to hide the hint. Previous ® Give
Up & View solution Check Answer 0 Next HExi Hint
Solution
1) the hint here is that the mother\'s maternal was diagnosed with Lesch-Nyhan syndrome. Since
it is an X-chromosome related disease, it is very rare to have females affected by it. If a girl has
LNS, she must have inherited two effected X chromosomes from each parent. Also, one third of
cases arise from new mutations even when there is no family history of any. So the first two
points are the possible reasons for the girls to have LNS..
The starship Epidemiology Team has cone many missions exploring the u.pdf
The starship Epidemiology Team has cone many missions exploring the universe. The captain
has noticed that many of the crew members who worked in the weapons bay returned home with
low back pain (LBP). It is important to note that people who worked in the Weapon\'s Bay only
worked in that area of the ship and are the only people who are required to lift heavy equipment.
After their last voyage, the captain decided to sample the crew members who had L8P and ones
who didn\'t. Note that the captain only recorded male crew members that were of the same age.
Based on the captain\'s recordings below, was working in the weapons bay area associated with
LBP? What are some possible interventions the captain could use to reduce the occurrence of
LBP on his ship?
Solution
a) Based on the captains recordings, working in weapons bay is not associated with LBP.
b) Captain can shift the persons with LBP to other areas of ship which does not have any
equipment lifting.
Captain would suggest the person\'s with LBP to go for a medical checkup..
Question 3)Perform a regression analysis using compa as the depend.pdf
Question 3)
Perform a regression analysis using compa as the dependent variable and the same independent
variables as used in question 2. (Question #2 found below the table). Show the result, and
interpret your findings by answering the same questions.
Note: be sure to include the appropriate hypothesis statements.
A ) Regression hypotheses
Ho:
Ha:
Coefficient hyhpotheses (one to stand for all the separate variables)
Ho:
Ha:
B )Interpretation:
For the Regression as a whole:
What is the value of the F statistic:
What is the p-value associated with this value:
Is the p-value < 0.05?
Do you reject or not reject the null hypothesis:
What does this decision mean for our equal pay question (Do M and F get paid equaly?):
C )For each of the coefficients: Intercept, Midpoint, Age, Perf. rating, Service, Gender, Degree
What is the coefficient\'s p-value for each of the variables:
Is the p-value < 0.05?
Do you reject or not reject each null hypothesis:
What are the coefficients for the significant variables?
Using only the significant variables, what is the equation? Compa =
Is gender a significant factor in compa:
If so, who gets paid more with all other things being equal?
How do we know?
ID
Salary
Compa
Midpoint
Age
Performance Rating
Service
Gender
Raise
Degree
Gender1
Gr
1
66.1
1.159
57
34
85
8
0
5.7
0
M
E
2
25.9
0.834
31
52
80
7
0
3.9
0
M
B
3
35.2
1.135
31
30
75
5
1
3.6
1
F
B
4
55.3
0.971
57
42
100
16
0
5.5
1
M
E
5
49.6
1.033
48
36
90
16
0
5.7
1
M
D
6
78.3
1.168
67
36
70
12
0
4.5
1
M
F
7
42.3
1.058
40
32
100
8
1
5.7
1
F
C
8
22.8
0.990
23
32
90
9
1
5.8
1
F
A
9
78
1.164
67
49
100
10
0
4
1
M
F
10
23.3
1.014
23
30
80
7
1
4.7
1
F
A
11
23.6
1.025
23
41
100
19
1
4.8
1
F
A
12
60.8
1.067
57
52
95
22
0
4.5
0
M
E
13
40.6
1.014
40
30
100
2
1
4.7
0
F
C
14
21.7
0.943
23
32
90
12
1
6
1
F
A
15
21.8
0.949
23
32
80
8
1
4.9
1
F
A
16
37.4
0.934
40
44
90
4
0
5.7
0
M
C
17
57
1.000
57
27
55
3
1
3
1
F
E
18
33.5
1.081
31
31
80
11
1
5.6
0
F
B
19
23
1.000
23
32
85
1
0
4.6
1
M
A
20
36
1.162
31
44
70
16
1
4.8
0
F
B
21
76
1.135
67
43
95
13
0
6.3
1
M
F
22
43.7
0.911
48
48
65
6
1
3.8
1
F
D
23
25.3
1.098
23
36
65
6
1
3.3
0
F
A
24
48.9
1.019
48
30
75
9
1
3.8
0
F
D
25
25.8
1.122
23
41
70
4
0
4
0
M
A
26
23.3
1.013
23
22
95
2
1
6.2
0
F
A
27
42.3
1.057
40
35
80
7
0
3.9
1
M
C
28
75.2
1.122
67
44
95
9
1
4.4
0
F
F
29
80.9
1.208
67
52
95
5
0
5.4
0
M
F
30
49
1.020
48
45
90
18
0
4.3
0
M
D
31
24.2
1.054
23
29
60
4
1
3.9
1
F
A
32
27.5
0.886
31
25
95
4
0
5.6
0
M
B
33
63.6
1.115
57
35
90
9
0
5.5
1
M
E
34
28.6
0.922
31
26
80
2
0
4.9
1
M
B
35
22.4
0.976
23
23
90
4
1
5.3
0
F
A
36
23.6
1.026
23
27
75
3
1
4.3
0
F
A
37
24.3
1.057
23
22
95
2
1
6.2
0
F
A
38
63
1.105
57
45
95
11
0
4.5
0
M
E
39
34.8
1.123
31
27
90
6
1
5.5
0
F
B
40
24.3
1.057
23
24
90
2
0
6.3
0
M
A
41
42.8
1.071
40
25
80
5
0
4.3
0
M
C
42
23
0.998
23
32
100
8
1
5.7
1
F
A
43
75.4
1.125
67
42
95
20
1
5.5
0
F
F
44
60.7
1.065
57
45
90
16
0
5.2
1
M
E
45
57.9
1.206
48
36
95
8
1
5.2
1
F
D
46
62.2
1.091
57
39
75
20
0
3.9
1
M
E
47
62.2
1.091
57
37
.
Problems in PYTHON3.5 1. Define a function sumOfDigits that has one .pdf
Problems in PYTHON3.5 1. Define a function sumOfDigits that has one parameter of type
string. The function should return the sum of the digits in the string. Do not treat multiple digit
string as one number – “2014” should be treated as 4 different digits of 2, 0, 1, 4. The function
should return 17 for the string “Today’s date is 09/01/2014”. Then write a main program that
asks a user to enter a sentence and then displays the sum of digits that are in the sentence by
using the function, sumOfDigits. The function sumOfDigits should only do what’s asked to do. It
should not do any additional tasks such as print or input!!!
Solution
Before implementing the function, we need to check whether the integer comes into the string or
not.
To do that there is an in-built function in Python, isdigit() which checks whether the input is the
integer
or some other character.
def sumOfDigits(input_str):
summation = 0
for number in list(input_str):
if number.isdigit():
summation += int(number)
return summation
Hence, this will loop through the entire string and check for each of them whether it is integer or
some other character.For all the integer it is summing up the values and returning it at the end of
the function definition..
Only a very small percentage of organisms actually fossilize. Based o.pdf
Only a very small percentage of organisms actually fossilize. Based on the information in the
table below, rank the likely abundance of fossils of organisms A-E. Rank the fossils of
organisms A-E from most common to least common. If two fossils have the same commonness,
overlap them.
Solution
Answer:
Ranking based on the abundance of fossils of organisms, A-E:
1. Organism E is most likely to fossilize
This organism has a hard shell and lives with sediments near the shore and has a large population
with long existence.
2. Organism A
It has the larger population and longer existence time. This can lead to A having a better chance
at fossilizing than B.
3. Organism B
Organism B has a small population with a short existence time.
4. Organism C
It lives with no sediment, has a large population with a long existence thus leaving it more
susceptible to becoming fossilize than D.
5. Organism D (being the least common fossil)
It has a soft body, lives with no sediment deposits, has a short life and a small population..
package lab7; import java.util.Scanner; Sammy Student, Program.pdf
package lab7;
import java.util.Scanner;
//Sammy Student, Programmer
public class Maze
{
static Scanner sc = new Scanner(System.in);
// maze movements
static char myMove = \'\\0\';
// cell position
static int currentCell = 0;
static int score = 0;
static boolean advance = true;
static boolean checkThis = false;
public static void main(String args[])
{
// the local variables declared and initialized
char answer = \'Y\';
displayMenu();
while(answer == \'Y\' || answer == \'y\')
{
displayMovement();
makeYourMove();
checkThis = checkYourMove();
mazeStatus();
System.out.println(\"move again(Y or N)?\");
answer = sc.next().charAt(0);
}
System.out.println(\"***************************\");
}// end main() method
static void displayMenu()
{
System.out.println(\"\");
System.out.println(\"***************************\");
System.out.println(\"----The Maze Strategy---\");
System.out.println(\"\");
}// end method
static void displayMovement()
{
if(currentCell == 0)
{
System.out.println(\"You have entered the maze!!\");
System.out.println(\"There is no turning back!!\");
currentCell = 1;
mazeStatus();
advance = true;
}
System.out.println(\"make your move (W, A, S, D)\");
System.out.println(\"W = up, A = left, S = down, D = right)\");
}// end method
static void makeYourMove()
{
myMove = sc.next().charAt(0);
switch(myMove)
{
case \'W\': { MoveUp(); break; }
case \'A\': { MoveLeft(); break; }
case \'S\': { MoveDown(); break; }
case \'D\': { MoveRight(); break; }
}
// end program menu
}// end method
static boolean checkYourMove()
{
if(currentCell == 1 && advance == true)
{
if (myMove == \'W\')
{
advance = false;
System.out.println(\"try again\");
return advance;
}
if (myMove == \'A\')
{
advance = false;
System.out.println(\"SORRY, there is no return\");
return advance;
}
if (myMove == \'D\')
{
currentCell = 2;
advance = true;
System.out.println(\"continue through the maze\");
return advance;
}
if (myMove == \'S\')
{
advance = false;
System.out.println(\"continue through the maze\");
return advance;
}
}
if(currentCell == 2 && advance == true)
{
if (myMove == \'W\')
{
advance = false;
System.out.println(\"try again\");
return advance;
}
if (myMove == \'A\')
{
advance = false;
System.out.println(\"SORRY, there is no return\");
return advance;
}
if (myMove == \'D\')
{
advance = false;
System.out.println(\"continue through the maze\");
return advance;
}
if (myMove == \'S\')
{
currentCell = 5;
advance = true;
System.out.println(\"continue through the maze\");
return advance;
}
}
return advance;
// end program menu
}// end method
static void MoveLeft()
{
System.out.println(\"you moved to the left\");
}//end method
static void MoveRight()
{
System.out.println(\"you moved to the right\");
}//end method
static void MoveUp()
{
System.out.println(\"you moved up (forward)\");
}//end method
static void MoveDown()
{
System.out.println(\"you moved down (downward)\");
}//end method
static void mazeStatus()
{
System.out.println(\"current position: cell \" + currentCell);
}//end meth.
Odin and Zeus travel to the outermost reaches of our galaxy using wa.pdf
Odin and Zeus travel to the outermost reaches of our galaxy using warp drive spaceship
searching for other forms of life. They make contact with highly advanced civilization on planet
X329. However, while trying to land at a guided landing site, they are exposed to high energy
gamma rays which produces defects in their classical complement and some cytokine genes, and
obliterates monocyte mactrophages, and granulocytes. Their mission mandates staying with their
friends for three days and then journey back to earth. The trip back to Earth will take between 6-
7 days. Will Odin and Zeus survive meeting their new friends on planet X329? If so what
immune mechanisms will help their survival?
Solution
In the present case, Odin and Zeus are exposed to high energy gamma radiations. Gamma rays
are highly penetrating, and can cause genetic damage leading to detrimental effects. Its ionizing
energy breaks up bonds of genetci material. In the case presented here, gamma rays have caused
defects in classical complement system and also the cytokine genes. Classical complement is the
term given group of more than 30 serum proteins that enhance the ability to produce antibodies
and phagocytic cells, that are critically important in our defense against infections. Similarly,
cytokines which include chemokines, interferons, interleukins, lymphokines and TNFs etc are
small proteins involved in autocrine signalling, paracrine signalling and endocrine signalling,
acting as immunomodulating agents.Thus defects produced by gammma radiations in phagocytic
cells, classical complement, cytokines, cytokine receptors or in molecules that mediate effector
responses might lead to various immunodeficiency diseases. Also, the individuals have suffered
from obliteration of monocyte, macrophages, and granulocytes due to gamma rays exposure.
Thus they have practically no defence against (no cells to eat up) cellular debris, foreign
substances, microbes, cancer cells.
In such cases of severe exposure and damage, immediate medical aid is required. Delay of 6-7
days (as per the given mission mandate) could be fatal for the individuals exposed, especially in
case of acute exposure to ioninzing radiations. Odin and Zeus may not survive for meeting their
new friends on planet X329 without emergency medical help, change of clothes and
radioprotecive drugs..
Many new species of desert have arisen from a population which was .pdf
Many new species of desert have arisen from a population which was introduced into the
American southwest. This example best describes: allopatric speciation. sympatric speciation.
microevolution. adaptive radiation. the effect of climatic change. What is the only source of all
new ? genetic drift gene flew genetic polymorphism mutation natural selection Extensive
data from hospitals have shown that born with intermediate weights are the ones most likely to
survive. This is a classic example of which type of selection? stabilizing selection directional
selection no selection disruptive selection natural selection What are considered to be the two
most important factors that have been involved in past mass ? glaciers and earthquakes disease
and parasites plate tectonics and climatic factors fire and weather events environmental and
biological factors Which was a possible source of high energy no early. Earth that likely
contributed to the origin of
Solution
11. Adaptive radiation: Adaptive radiation is when a species diversify to many different species
from one ancestral species when there is a change in the environment. Change in environment
would be when they are exposed to a different environment like in this case, to a new land.
Change in the environment presents new challenges and advantages in term of resources,
climate, predators etc. Such changes force a species to evolve to adapt.
12. Mutation: Mutation is change in the genetic code which can occur due to many reasons
which change the basic DNA code as compared to what the parent cell has. Mutation can give
the cell new characteristics or even hamper basic functions of a cell or an organism. Hence,
mutation is the only source of change in alleles
Genetic drift can happen only with mutation. Gene flow is basically the inheritance of genes
from the parents to offspring. Genetic polymorphism does not guarantee change in phenotype,
hence not change in alleles. Natural selection is basically survival of the fittest.
13. Stabilizing selection : It is when for a particular trait, the genetic diversity decreases and the
population mean stabilizes. It is assumed to be the most common type of natural selection. When
it comes to phenotypes it supports the intermediate variations.
Human babies who are underweight are susceptible to diseases and lose heat more quickly and
have high mortality rate and similarly for the babies with more than normal weight, which are
difficult to deliver..
List and analyze some of the most salient social factors of group un.pdf
List and analyze some of the most salient social factors of group unrest AND deviance in cities.
Solution
Some of the important social factors form group unrest are listed below.
1. Social inequality
2. Corruption
3. Inflation
4. Government apathy
If the people of the group feels that all members of the group are not being treated equal, sense of
inferiority arises and the member of the group starts feeling harassed. If the same amount of
resources are not available to all for exploitation, there will always be group unrest. When people
are not treated equal among different sections of the society unrest happens. They can be
harassed on the basis of colour, caste, ethnicity and creed.
Corrpution is also an important factor for group unrest. When there is corruption in the society
people of the group feels being cheated. There is impression that they are paying more than what
they should have been. The exploited lots will cause social unrest and raise awareness.
Inflation affects whole section of the society and all members of the group in a society. The rise
in the expenditure on the same amount of commodities bought in a month will provoke the
buyers to take action, sometimes result in social unrest. Usually when the authority is unable to
control inflation and when there is apathy of the authorities towards the members of the group,
the social unrest happens..
J. A. Moore investigated the inheritance of spotting patterns in leop.pdf
J. A. Moore investigated the inheritance of spotting patterns in leopard frogs (J. A. Moore. 1943.
Journal of Heredity 34:3-7). The pipiens phenotype had the normal spots that give leopard frogs
their name. In contrast, the burnsi phenotype lacked spots on its back. Moore earned out the
following crosses, producing the progeny indicated. Parent phenotypes Progeny phenotypes
burnsi X burnsi 42 burnsi, 8 pipiens burnsi X pipiens 25 burnsi, 34 pipiens burnsi X pipiens 194
bumsi, 208 pipiens On the basis of these results, what is the most likely mode of inheritance of
the burnsi phenotype? Give the most likely genotypes of the parent in each cross. Use a chi-
square test to evaluate the fit of the observed numbers of progeny to the number expected on the
basis of your proposed genotypes for each of the three matings shown.
Solution
a. On the basis of the above crosses, the mode of inheritance of burnsi phenotype is
DOMINANT PHENOTYPE.
b. The Genotypes of the parents
Burnsi X Burnsi = Bb X Bb
Burnsi X pipiens = Bb X bb
Burnsi X pipiens = Bb X bb
C.
1.
Null hypothesis: The observed values are not deviating from 3:1 ratio.
Chisquare test:
Category
Burnsi
pipiens
Total
Observed values
42
8
50
Exptected Ratio
3
1
4
Exprected Values
37.5
12.5
Deviation
4.5
-4.5
D^2
20.25
20.25
D^2/E
0.54
1.62
2.16
X^2
2.16
Degrees of freedom
-
1
Inference: The calculated chisquare values is less than the table i.e. 3.84 at 1 DF and 0.05
probability, hence null hypothesis accepted.
2.
Null hypothesis: The observed values are not deviating from 1:1 ratio.
Chisquare test:
Category
Burnsi
pipiens
Total
Observed values
28
34
62
Exptected Ratio
1
1
2
Exprected Values
31
31
Deviation
-3
3
D^2
9
9
D^2/E
0.290323
0.290323
0.580645
X^2
0.580645
Degrees of freedom
-
1
Inference: The calculated chisquare values is less than the table i.e. 3.84 at 1 DF and 0.05
probability, hence null hypothesis accepted.
3.
Null hypothesis: The observed values are not deviating from 1:1 ratio.
Chisquare test:
Category
Burnsi
pipiens
Total
Observed values
194
208
402
Exptected Ratio
1
1
2
Exprected Values
201
201
Deviation
-7
7
D^2
49
49
D^2/E
0.243781
0.243781
0.487562
X^2
0.487562
Degrees of freedom
-
1
Inference: The calculated chisquare values is less than the table i.e. 3.84 at 1 DF and 0.05
probability, hence null hypothesis accepted.
Category
Burnsi
pipiens
Total
Observed values
42
8
50
Exptected Ratio
3
1
4
Exprected Values
37.5
12.5
Deviation
4.5
-4.5
D^2
20.25
20.25
D^2/E
0.54
1.62
2.16
X^2
2.16
Degrees of freedom
-
1.
In making your determination with the BP oil spill, what were the pr.pdf
In making your determination with the BP oil spill, what were the primary factors that you
considered? Provide specific examples, where applicable.
Solution
The Deepwater Horizon rig, owned and operated by offshore-oil-drilling company Transocean
and leased by oil company BP, was situated in the Macondo oil prospect in the Mississippi
Canyon, a valley in the continental shelf. The oil well over which it was positioned was located
on the seabed 4,993 feet (1,522 metres) below the surface and extended approximately 18,000
feet (5,486 metres) into the rock. On the night of April 20 a surge of natural gas blasted through
a concrete core recently installed by contractor Halliburton in order to seal the well for later use.
It later emerged through documents released by Wikileaks that a similar incident had occurred on
a BP-owned rig in the Caspian Sea in September 2008. Both cores were likely too weak to
withstand the pressure because they were composed of a concrete mixture that used nitrogen gas
to accelerate curing.
Once released by the fracture of the core, the natural gas traveled up the Deepwater rig’s riser to
the platform, where it ignited, killing 11 workers and injuring 17. The rig capsized and sank on
the morning of April 22, rupturing the riser, through which drilling mud had been injected in
order to counteract the upward pressure of oil and natural gas. Without any opposing force, oil
began to discharge into the gulf. The volume of oil escaping the damaged well—originally
estimated by BP to be about 1,000 barrels per day—was thought by U.S. government officials to
have peaked at more than 60,000 barrels per day.
Economic prospects in the Gulf Coast states were dire, as the spill affected many of the
industries upon which residents depended. More than a third of federal waters in the gulf were
closed to fishing at the peak of the spill, due to fears of contamination. A moratorium on offshore
drilling, enacted by U.S. Pres. Barack Obama’s administration despite a district court reversal,
left an estimated 8,000–12,000 temporarily unemployed. Few travelers were willing to face the
prospect of petroleum-sullied beaches, leaving those dependent on tourism struggling to
supplement their incomes. Following demands by Obama, BP created a $20 billion
compensation fund for those affected by the spill. A year later nearly a third of the fund had been
paid out, though lack of oversight allowed government entities to submit wildly inflated claims,
some unrelated to the spill. By 2013 the fund was largely depleted.
Recovery was incremental. As oil dispersed, portions of the gulf began reopening to fishing in
July, and by October the majority of the closed areas were judged safe. State governments
struggled to draw attention to unsoiled or newly scrubbed beaches with advertising campaigns,
often drawing on funds from BP. Oil continued to wash ashore in many areas, and much of it
could not be removed, either because of logistical reasons—mats of subm.
I need to write a java program about translating the DNA sequenc.pdf
I need to write a java program about translating the DNA sequence into 6 frames of protein
sequence?!!!!
I need to write a java program about translating the DNA sequence into 6 frames of protein
sequence?!!!!
I need to write a java program about translating the DNA sequence into 6 frames of protein
sequence?!!!!
Solution
import java.applet.Applet;
import java.awt.BorderLayout;
import java.awt.Color;
import java.awt.Font;
import java.awt.GridLayout;
import java.awt.event.ActionEvent;
import java.awt.event.ActionListener;
import javax.swing.JButton;
import javax.swing.JFrame;
import javax.swing.JPanel;
import javax.swing.JTextArea;
import javax.swing.JTextField;
public class DNAToProtein extends Applet implements ActionListener {
JButton translate=new JButton(\"Convert\");
JButton done=new JButton(\"Done\");
JTextArea message=new JTextArea(2,20);
JTextField startPositionInput=new JTextField(\"Start position=1.\", 15);
JTextArea dnaSequenceInput=new JTextArea (\"Type a DNA sequence here\", 4, 30);
JTextArea codonOutput=new JTextArea(\"Incomplete codons will show an asterisk
for each missing letter.\", 4, 30);
int maxCodons=100; // Maximum number of triplets we can handle in this program.
int maxAminoAcids=100; // Maximum number of amino acids in a protein we can
handle.
int numCodons=0; // No triplets obtained so far.
int numAminoAcids=0; // Number of Amino Acids in the protein seqeunce so far.
JFrame myFrame=new JFrame(\"DNA Sequence Tripletizer\");
JPanel p=new JPanel(new GridLayout(2,1));
boolean incompleteSeq; // Indicates if a given DNA sequence is incomplete.
public void init(){
translate.addActionListener(this);
done.addActionListener(this);
codonOutput.setBackground(Color.orange);
p.setBackground(Color.blue);
startPositionInput.setBackground(Color.yellow);
dnaSequenceInput.setBackground(Color.blue);
dnaSequenceInput.setForeground(Color.yellow);
message.setFont(new Font(\"SansSerif\", Font.BOLD, 20));
message.setText(\"Welcome to CS 177 /178 Programming with Multimedia
Objects\ \");
message.append(\"Fall 2004\ \");
message.append(\"DNA To Protein Converter\");
p.setBackground(Color.blue);
p.add(translate); p.add(done);
this.add(new JTextField(\"This area is useless.\"));
this.add(new JTextField(\"Close this applet when done\"));
this.setBackground(Color.orange);
// Add panel and widgets to the frame.
myFrame.getContentPane().add(BorderLayout.WEST, p);
myFrame.getContentPane().add(BorderLayout.NORTH, message);
myFrame.getContentPane().add(BorderLayout.SOUTH,
dnaSequenceInput);
myFrame.getContentPane().add(BorderLayout.EAST, startPositionInput);
myFrame.getContentPane().add(BorderLayout.CENTER,codonOutput);
// Set some properties of the frame (resizability, color, and size).
myFrame.isResizable(); // Makes the frame resizable.
myFrame.setBounds(140, 140, 800, 300); // Sets the top left corner
coordinbaties to 140, 140 and size to 800x300 pixels.
myFrame.getContentPane().setBackground(Color.orange);
myFrame.show();
}
// Process translate re.
How vacancies in silicon affect its electronic propertySolution.pdf
How vacancies in silicon affect its electronic property?
Solution
The simplest point defect is a vacancy. This refers to an empty (unoccupied) site of a crystal
lattice, i.e. a missing atom or vacant atomic site [Fig. 2 (a)] such defects may arise either from
imperfect packing during original crystallisation or from thermal vibrations of the atoms at
higher temperatures. In the latter case, when the thermal energy due to vibration is increased,
there is always an increased probability that individual atoms will jump out of their positions of
lowest energy. Each temperature has a
corresponding equilibrium concentration of vacancies and interstitial atoms (an interstitial atom
is an atom transferred from a site into an interstitial position). For instance, copper can contain
10-13 atomic percentage of vacancies at a temperature of 20-25°C and as many as 0.01 % at near
the melting point (one vacancy per 104 atoms). For most crystals the-said thermal energy is of
the order of I eV per vacancy. The thermal vibrations of atoms increases with the rise in
temperature. The vacancies may be single or two or more of them may condense into a di-
vacancy or trivacancy. We must note that the atoms surrounding a vacancy tend to be closer
together, thereby distorting the lattice planes. At thermal equilibrium, vacancies exist in a certain
proportion in a crystal and thereby leading to an increase in randomness of the structure. At
higher temperatures, vacancies have a higher concentration and can move from one site to
another more frequently. Vacancies are the most important kind of point defects; they accelerate
all processes associated with displacements of atoms: diffusion, powder sintering, etc..
How do people usually respond to externalities regarding public good.pdf
How do people usually respond to externalities regarding public goods? Please illustrate with an
example from recent events that have affected many. Thank you, no copy and paste. Thank you.
Solution
Externality is created when action taken up by one individual affects the other individuals in
terms of their well beings. Public goods are those goods that are shared and consumed by
everyone. Here, public goods are developed by specific contributions done by some of the people
and benefits derived are consumed by everyone. For example, Tax payers contribute through
taxes and a public hospital is built.
Here, contributors are only those people who pay taxes. Though, everyone is getting benefitted
from the services offered by public hospital. It builds the case of externalities with public goods.
The same also happens when individuals are negatively affected by the public goods.
Here, People respond aggressively to negative externalities offered by public goods. Recent
cases of pollution related problems caused by the public development programs has steered
many movements across the globe. But, People don’t talk about the good externalities developed
from the public healthcare program in the same length.
Another example is of new tax imposed upon people. Individuals who are not paying tax, want to
enjoy the benefits but they react negatively if initiatives are taken to bring them under tax
payment slab by a new act.
Thus, People exhibit asymmetric behavior towards different externalities generated from the
public goods..
Does mitosis favor genetic diversity or not. And whySolutionM.pdf
Does mitosis favor genetic diversity or not. And why?
Solution
Mitosis is the type of division which occurs in the somatic cell. Here only one parents cells is
involved instead of both parents hence no genetic diversity or changes occurs in the mitosis..!! If
by chance mutation occurs in mitosis by any reason genetic diversity may achieved but I will
take time
Genetic variations occurs in meosis due to the crossing between the two parents chromosomal
test, homology recombination which occurs in the meosis..!!.
Explain how the case of Lehman Brothers illustrates how it is diffic.pdf
Explain how the case of Lehman Brothers illustrates how it is difficult for governments to
overcome the problem of moral hazard.
Solution
Yes, Lehman Brothers case illustrates that iti si diffiuclt for government ot overcome the
problem fo moral hazard. But it is not impossible.
Moral hazard already existed in the system on at least three levels.
a) Bank employees and managers had asymmetric compensation structures. In good years, they
stood to make huge amounts of money; in bad years, even if the bank lost money, they would
still make healthy sums. This gave employees the incentive to take excessive risks because they
could shift their potential losses to shareholders.
b) Shareholders had the same payoff structure. Banks are highly leveraged institutions; every
dollar contributed by shareholders is magnified by 10 to 30 dollars from creditors. This meant
that in good years, shareholders benefited from profits that were juiced by leverage, but should
things go wrong, they could shift their potential losses to creditors. As a result, paying bank
executives in stock did not mitigate their behavior; in fact, the most senior executives at both
Bear Stearns and Lehman had and lost enormous amounts of money tied up in their companies.
c) Creditors had only limited incentives to watch over major banks. Ordinarily, creditors should
demand high interest rates on loans to highly leveraged institutions. However, the expectation
that large banks would not be allowed to fail made creditors more willing to lend to them. This is
why the failure of Lehman was such a damaging blow: It shattered market expectations that the
government would not let a major bank fail. The massive flight of money out of the banking
system can be seen only as the result of an enormous shock. The next several months, up through
the third bailout of Citigroup in February, can be seen as the government\'s attempt to undo the
damage by repeatedly saying \"No more Lehmans\" -- which has made the implicit government
guarantee stronger than ever before.
So while the decision to let Lehman fail was a mistake, rescuing Lehman would not have
prevented the financial crisis; most likely it would have only reduced the degree of panic and the
amount of collateral damage to the global economy..
During phagocytosis, what may fuse with the vacuole to further degrad.pdf
During phagocytosis, what may fuse with the vacuole to further degrade the ingested material?
ligand desmosome lysosome receptor phosphate
Solution
NO.
answer is c.) lysosome because phagocytosis means eating of cell mainly by macrophages.so,
lysosome will be the answer and receptor will be there but it will be in verdant..
Discuss in 2-3 pages the benefits of preparing a multi-year capital .pdf
Discuss in 2-3 pages the benefits of preparing a multi-year capital improvement plan (CIP) rather
than preparing the CIP on an annual basis.
Solution
A capital improvement plan or capital improvement program is a short range plan usually four to
ten years, which identifies capital projects and equipment purchases, provides a planning
schedule and identify options for financing the plan.
The plant provides a link between municipality School district parks and Recreation department
and other government local entity and comprehensive and strategic plan and the entities annual
budget.
A capital improvement plan is a dynamic community planning and fiscal management tool used
to co-ordinate the location timing and financing of capital improvements over a multi year
period.
Preparing a multi year plan saves time and money who are great extent.
Public officials in small communities have more than enough work to do why should we
consider taking the extra work involving a multi year financial and capital planning. Capital
maintenance and improvement planning is sound community management for number of reasons
A capital plan is a multi year financial plan that
List and describe capital projects local government plans to undertake
Indicates how projects will be funded and the projects that effects of the plan on key financial
variables
The capital budget is the authorisation of needed spending for the current or first year in the
capital plan as a part of municipalities annual budget. Preparing a multi-year capital
improvement plan gives a broader approach there are large number of people and communities
involved preparing such multi-year plans. It requires lots of efforts gathering expert people and
resources for preparing a multi year capital improvement plan. The government calls experts
from various locations having great experiences for making a project. The research and
development are conducted the levels of authorities keep passing the multi year projects. It
requires an sufficient amount of time to prepare the project. When a project is made on multi-
year even the economy starts getting used to that project.
A multi year capital plan can help promote good infrastructure management where investment is
needed to ensure basic health and safety for citizens
Multicare capital plant is developed a municipality can have greater financial health and
sustainability making it easier for them to collaborate on projects with other levels of
Government and various public and private stakeholders
Carefully planned infrastructure investment can maximize the economic potential and
attractiveness of the municipality
Prudent management of facilities and investment can reduce future operating cost and help avoid
higher replacement cost and unforeseen infrastructure failures in the future
Multi year capital plans should become a integral component of muncipalities budgeting process.
The plan often becomes a municipality is annual budget report and therefore the ca.
Unit 8 - Information and Communication Technology (Paper I).pdf
This slides describes the basic concepts of ICT, basics of Email, Emerging Technology and Digital Initiatives in Education. This presentations aligns with the UGC Paper I syllabus.
Advantages and Disadvantages of CMS from an SEO Perspective
Advantages and Disadvantages of CMS from an SEO Perspective
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What are the 3 ways a Java method must match with its definition and.pdf
What are the 3 ways a Java method must match with its definition and call?
Solution
The three ways are:
1. Name of the method must be exactly same in definition and call.
2. The number of variables mentioned in the function definition must be same as function call.
2.The type of variables mentioned in the function definition must be same as function call..
Using the Internet, compare and contrast two commercially available .pdf
Using the Internet, compare and contrast two commercially available Vulnerability Assessment
solutions.
What are the differences between the two? How are they similar?
Make a purchasing recommendation and defend your suggestion. Be detailed and specific.
(Ensure you provide links to each product offering.)
Solution
An interruption detection system is a software application that monitors network behavior for
cruel activities or policy violation and produce information to a running station. A few systems
may attempt to prevent an intrusion attempt monitoring system. IDPSes have turn into a
necessary addition to the security communications of almost every organization.
IDPSes normally record information related to pragmatic events notify safety administrator of
significant observed events and create reports. A lot of IDPSes can also react to a detected threat
by attempt to stop it from succeeding.
WAFs are intended to protect web applications from web based attacks that IPSs cannot put off.
In the same regard as an IPS, WAFs can be network based. They sit in order and monitor traffic
to and from web applications.
WAFs are normally deployed in some sort of proxy manner just in front of the web application.
CONCLUSION:
Web Applications Firewalls are a particular type of product used to detect attacks next to web
applications in extra depth than an Intrusion anticipation System. WAFs can be used in our
environment to provide better protection to web applications..
uetator Periodic Table Question 6 of 30 Incorrect Incorrect DA Saplin.pdf
uetator Periodic Table Question 6 of 30 Incorrect Incorrect DA Sapling Learning sponsible
syndrome is anX-inked, recessive condition caused by mutation of the HPRT1 muscle
movements, The syndrome is characterized byjuvenile-onset gout, in and behavioral disorders. A
mother and father have a young daughter who was diagnosed with Lesch-Nyhan syndrome. No
one in the with family was ever diagnosed the The maternal grandfather was diagnosed
syndrome, but neither one of her parents was diagnosed with condition. Select all the
descriptions that could explain how their daughter inherited Lesch-Nyhan syndrome. The
daughter could not have Nyhan because her maternal grandparents did not have disease. The girl
must have acquired the disease through a random mutation. The daughter inherited two
xchromosomes with the of the mothers X mutation. Nondisjunction chromosome chromosomes
occurred during meiosis, and the daughter inherited from her father. The father did not contribute
a sex chromosome to his daughter due to nondisjunction of the sex chromosomes. The daughter
is xo and her only X chromosome came from her mother, who was a O The d from her father,
who was a carrier. camies the Lesch-Nyhan mutation and was Her inherited There is a hint
available! bottom divider bar. Click on the divider bar again to hide the hint. Previous ® Give
Up & View solution Check Answer 0 Next HExi Hint
Solution
1) the hint here is that the mother\'s maternal was diagnosed with Lesch-Nyhan syndrome. Since
it is an X-chromosome related disease, it is very rare to have females affected by it. If a girl has
LNS, she must have inherited two effected X chromosomes from each parent. Also, one third of
cases arise from new mutations even when there is no family history of any. So the first two
points are the possible reasons for the girls to have LNS..
The starship Epidemiology Team has cone many missions exploring the u.pdf
The starship Epidemiology Team has cone many missions exploring the universe. The captain
has noticed that many of the crew members who worked in the weapons bay returned home with
low back pain (LBP). It is important to note that people who worked in the Weapon\'s Bay only
worked in that area of the ship and are the only people who are required to lift heavy equipment.
After their last voyage, the captain decided to sample the crew members who had L8P and ones
who didn\'t. Note that the captain only recorded male crew members that were of the same age.
Based on the captain\'s recordings below, was working in the weapons bay area associated with
LBP? What are some possible interventions the captain could use to reduce the occurrence of
LBP on his ship?
Solution
a) Based on the captains recordings, working in weapons bay is not associated with LBP.
b) Captain can shift the persons with LBP to other areas of ship which does not have any
equipment lifting.
Captain would suggest the person\'s with LBP to go for a medical checkup..
Question 3)Perform a regression analysis using compa as the depend.pdf
Question 3)
Perform a regression analysis using compa as the dependent variable and the same independent
variables as used in question 2. (Question #2 found below the table). Show the result, and
interpret your findings by answering the same questions.
Note: be sure to include the appropriate hypothesis statements.
A ) Regression hypotheses
Ho:
Ha:
Coefficient hyhpotheses (one to stand for all the separate variables)
Ho:
Ha:
B )Interpretation:
For the Regression as a whole:
What is the value of the F statistic:
What is the p-value associated with this value:
Is the p-value < 0.05?
Do you reject or not reject the null hypothesis:
What does this decision mean for our equal pay question (Do M and F get paid equaly?):
C )For each of the coefficients: Intercept, Midpoint, Age, Perf. rating, Service, Gender, Degree
What is the coefficient\'s p-value for each of the variables:
Is the p-value < 0.05?
Do you reject or not reject each null hypothesis:
What are the coefficients for the significant variables?
Using only the significant variables, what is the equation? Compa =
Is gender a significant factor in compa:
If so, who gets paid more with all other things being equal?
How do we know?
ID
Salary
Compa
Midpoint
Age
Performance Rating
Service
Gender
Raise
Degree
Gender1
Gr
1
66.1
1.159
57
34
85
8
0
5.7
0
M
E
2
25.9
0.834
31
52
80
7
0
3.9
0
M
B
3
35.2
1.135
31
30
75
5
1
3.6
1
F
B
4
55.3
0.971
57
42
100
16
0
5.5
1
M
E
5
49.6
1.033
48
36
90
16
0
5.7
1
M
D
6
78.3
1.168
67
36
70
12
0
4.5
1
M
F
7
42.3
1.058
40
32
100
8
1
5.7
1
F
C
8
22.8
0.990
23
32
90
9
1
5.8
1
F
A
9
78
1.164
67
49
100
10
0
4
1
M
F
10
23.3
1.014
23
30
80
7
1
4.7
1
F
A
11
23.6
1.025
23
41
100
19
1
4.8
1
F
A
12
60.8
1.067
57
52
95
22
0
4.5
0
M
E
13
40.6
1.014
40
30
100
2
1
4.7
0
F
C
14
21.7
0.943
23
32
90
12
1
6
1
F
A
15
21.8
0.949
23
32
80
8
1
4.9
1
F
A
16
37.4
0.934
40
44
90
4
0
5.7
0
M
C
17
57
1.000
57
27
55
3
1
3
1
F
E
18
33.5
1.081
31
31
80
11
1
5.6
0
F
B
19
23
1.000
23
32
85
1
0
4.6
1
M
A
20
36
1.162
31
44
70
16
1
4.8
0
F
B
21
76
1.135
67
43
95
13
0
6.3
1
M
F
22
43.7
0.911
48
48
65
6
1
3.8
1
F
D
23
25.3
1.098
23
36
65
6
1
3.3
0
F
A
24
48.9
1.019
48
30
75
9
1
3.8
0
F
D
25
25.8
1.122
23
41
70
4
0
4
0
M
A
26
23.3
1.013
23
22
95
2
1
6.2
0
F
A
27
42.3
1.057
40
35
80
7
0
3.9
1
M
C
28
75.2
1.122
67
44
95
9
1
4.4
0
F
F
29
80.9
1.208
67
52
95
5
0
5.4
0
M
F
30
49
1.020
48
45
90
18
0
4.3
0
M
D
31
24.2
1.054
23
29
60
4
1
3.9
1
F
A
32
27.5
0.886
31
25
95
4
0
5.6
0
M
B
33
63.6
1.115
57
35
90
9
0
5.5
1
M
E
34
28.6
0.922
31
26
80
2
0
4.9
1
M
B
35
22.4
0.976
23
23
90
4
1
5.3
0
F
A
36
23.6
1.026
23
27
75
3
1
4.3
0
F
A
37
24.3
1.057
23
22
95
2
1
6.2
0
F
A
38
63
1.105
57
45
95
11
0
4.5
0
M
E
39
34.8
1.123
31
27
90
6
1
5.5
0
F
B
40
24.3
1.057
23
24
90
2
0
6.3
0
M
A
41
42.8
1.071
40
25
80
5
0
4.3
0
M
C
42
23
0.998
23
32
100
8
1
5.7
1
F
A
43
75.4
1.125
67
42
95
20
1
5.5
0
F
F
44
60.7
1.065
57
45
90
16
0
5.2
1
M
E
45
57.9
1.206
48
36
95
8
1
5.2
1
F
D
46
62.2
1.091
57
39
75
20
0
3.9
1
M
E
47
62.2
1.091
57
37
.
Problems in PYTHON3.5 1. Define a function sumOfDigits that has one .pdf
Problems in PYTHON3.5 1. Define a function sumOfDigits that has one parameter of type
string. The function should return the sum of the digits in the string. Do not treat multiple digit
string as one number – “2014” should be treated as 4 different digits of 2, 0, 1, 4. The function
should return 17 for the string “Today’s date is 09/01/2014”. Then write a main program that
asks a user to enter a sentence and then displays the sum of digits that are in the sentence by
using the function, sumOfDigits. The function sumOfDigits should only do what’s asked to do. It
should not do any additional tasks such as print or input!!!
Solution
Before implementing the function, we need to check whether the integer comes into the string or
not.
To do that there is an in-built function in Python, isdigit() which checks whether the input is the
integer
or some other character.
def sumOfDigits(input_str):
summation = 0
for number in list(input_str):
if number.isdigit():
summation += int(number)
return summation
Hence, this will loop through the entire string and check for each of them whether it is integer or
some other character.For all the integer it is summing up the values and returning it at the end of
the function definition..
Only a very small percentage of organisms actually fossilize. Based o.pdf
Only a very small percentage of organisms actually fossilize. Based on the information in the
table below, rank the likely abundance of fossils of organisms A-E. Rank the fossils of
organisms A-E from most common to least common. If two fossils have the same commonness,
overlap them.
Solution
Answer:
Ranking based on the abundance of fossils of organisms, A-E:
1. Organism E is most likely to fossilize
This organism has a hard shell and lives with sediments near the shore and has a large population
with long existence.
2. Organism A
It has the larger population and longer existence time. This can lead to A having a better chance
at fossilizing than B.
3. Organism B
Organism B has a small population with a short existence time.
4. Organism C
It lives with no sediment, has a large population with a long existence thus leaving it more
susceptible to becoming fossilize than D.
5. Organism D (being the least common fossil)
It has a soft body, lives with no sediment deposits, has a short life and a small population..
package lab7; import java.util.Scanner; Sammy Student, Program.pdf
package lab7;
import java.util.Scanner;
//Sammy Student, Programmer
public class Maze
{
static Scanner sc = new Scanner(System.in);
// maze movements
static char myMove = \'\\0\';
// cell position
static int currentCell = 0;
static int score = 0;
static boolean advance = true;
static boolean checkThis = false;
public static void main(String args[])
{
// the local variables declared and initialized
char answer = \'Y\';
displayMenu();
while(answer == \'Y\' || answer == \'y\')
{
displayMovement();
makeYourMove();
checkThis = checkYourMove();
mazeStatus();
System.out.println(\"move again(Y or N)?\");
answer = sc.next().charAt(0);
}
System.out.println(\"***************************\");
}// end main() method
static void displayMenu()
{
System.out.println(\"\");
System.out.println(\"***************************\");
System.out.println(\"----The Maze Strategy---\");
System.out.println(\"\");
}// end method
static void displayMovement()
{
if(currentCell == 0)
{
System.out.println(\"You have entered the maze!!\");
System.out.println(\"There is no turning back!!\");
currentCell = 1;
mazeStatus();
advance = true;
}
System.out.println(\"make your move (W, A, S, D)\");
System.out.println(\"W = up, A = left, S = down, D = right)\");
}// end method
static void makeYourMove()
{
myMove = sc.next().charAt(0);
switch(myMove)
{
case \'W\': { MoveUp(); break; }
case \'A\': { MoveLeft(); break; }
case \'S\': { MoveDown(); break; }
case \'D\': { MoveRight(); break; }
}
// end program menu
}// end method
static boolean checkYourMove()
{
if(currentCell == 1 && advance == true)
{
if (myMove == \'W\')
{
advance = false;
System.out.println(\"try again\");
return advance;
}
if (myMove == \'A\')
{
advance = false;
System.out.println(\"SORRY, there is no return\");
return advance;
}
if (myMove == \'D\')
{
currentCell = 2;
advance = true;
System.out.println(\"continue through the maze\");
return advance;
}
if (myMove == \'S\')
{
advance = false;
System.out.println(\"continue through the maze\");
return advance;
}
}
if(currentCell == 2 && advance == true)
{
if (myMove == \'W\')
{
advance = false;
System.out.println(\"try again\");
return advance;
}
if (myMove == \'A\')
{
advance = false;
System.out.println(\"SORRY, there is no return\");
return advance;
}
if (myMove == \'D\')
{
advance = false;
System.out.println(\"continue through the maze\");
return advance;
}
if (myMove == \'S\')
{
currentCell = 5;
advance = true;
System.out.println(\"continue through the maze\");
return advance;
}
}
return advance;
// end program menu
}// end method
static void MoveLeft()
{
System.out.println(\"you moved to the left\");
}//end method
static void MoveRight()
{
System.out.println(\"you moved to the right\");
}//end method
static void MoveUp()
{
System.out.println(\"you moved up (forward)\");
}//end method
static void MoveDown()
{
System.out.println(\"you moved down (downward)\");
}//end method
static void mazeStatus()
{
System.out.println(\"current position: cell \" + currentCell);
}//end meth.
Odin and Zeus travel to the outermost reaches of our galaxy using wa.pdf
Odin and Zeus travel to the outermost reaches of our galaxy using warp drive spaceship
searching for other forms of life. They make contact with highly advanced civilization on planet
X329. However, while trying to land at a guided landing site, they are exposed to high energy
gamma rays which produces defects in their classical complement and some cytokine genes, and
obliterates monocyte mactrophages, and granulocytes. Their mission mandates staying with their
friends for three days and then journey back to earth. The trip back to Earth will take between 6-
7 days. Will Odin and Zeus survive meeting their new friends on planet X329? If so what
immune mechanisms will help their survival?
Solution
In the present case, Odin and Zeus are exposed to high energy gamma radiations. Gamma rays
are highly penetrating, and can cause genetic damage leading to detrimental effects. Its ionizing
energy breaks up bonds of genetci material. In the case presented here, gamma rays have caused
defects in classical complement system and also the cytokine genes. Classical complement is the
term given group of more than 30 serum proteins that enhance the ability to produce antibodies
and phagocytic cells, that are critically important in our defense against infections. Similarly,
cytokines which include chemokines, interferons, interleukins, lymphokines and TNFs etc are
small proteins involved in autocrine signalling, paracrine signalling and endocrine signalling,
acting as immunomodulating agents.Thus defects produced by gammma radiations in phagocytic
cells, classical complement, cytokines, cytokine receptors or in molecules that mediate effector
responses might lead to various immunodeficiency diseases. Also, the individuals have suffered
from obliteration of monocyte, macrophages, and granulocytes due to gamma rays exposure.
Thus they have practically no defence against (no cells to eat up) cellular debris, foreign
substances, microbes, cancer cells.
In such cases of severe exposure and damage, immediate medical aid is required. Delay of 6-7
days (as per the given mission mandate) could be fatal for the individuals exposed, especially in
case of acute exposure to ioninzing radiations. Odin and Zeus may not survive for meeting their
new friends on planet X329 without emergency medical help, change of clothes and
radioprotecive drugs..
Many new species of desert have arisen from a population which was .pdf
Many new species of desert have arisen from a population which was introduced into the
American southwest. This example best describes: allopatric speciation. sympatric speciation.
microevolution. adaptive radiation. the effect of climatic change. What is the only source of all
new ? genetic drift gene flew genetic polymorphism mutation natural selection Extensive
data from hospitals have shown that born with intermediate weights are the ones most likely to
survive. This is a classic example of which type of selection? stabilizing selection directional
selection no selection disruptive selection natural selection What are considered to be the two
most important factors that have been involved in past mass ? glaciers and earthquakes disease
and parasites plate tectonics and climatic factors fire and weather events environmental and
biological factors Which was a possible source of high energy no early. Earth that likely
contributed to the origin of
Solution
11. Adaptive radiation: Adaptive radiation is when a species diversify to many different species
from one ancestral species when there is a change in the environment. Change in environment
would be when they are exposed to a different environment like in this case, to a new land.
Change in the environment presents new challenges and advantages in term of resources,
climate, predators etc. Such changes force a species to evolve to adapt.
12. Mutation: Mutation is change in the genetic code which can occur due to many reasons
which change the basic DNA code as compared to what the parent cell has. Mutation can give
the cell new characteristics or even hamper basic functions of a cell or an organism. Hence,
mutation is the only source of change in alleles
Genetic drift can happen only with mutation. Gene flow is basically the inheritance of genes
from the parents to offspring. Genetic polymorphism does not guarantee change in phenotype,
hence not change in alleles. Natural selection is basically survival of the fittest.
13. Stabilizing selection : It is when for a particular trait, the genetic diversity decreases and the
population mean stabilizes. It is assumed to be the most common type of natural selection. When
it comes to phenotypes it supports the intermediate variations.
Human babies who are underweight are susceptible to diseases and lose heat more quickly and
have high mortality rate and similarly for the babies with more than normal weight, which are
difficult to deliver..
List and analyze some of the most salient social factors of group un.pdf
List and analyze some of the most salient social factors of group unrest AND deviance in cities.
Solution
Some of the important social factors form group unrest are listed below.
1. Social inequality
2. Corruption
3. Inflation
4. Government apathy
If the people of the group feels that all members of the group are not being treated equal, sense of
inferiority arises and the member of the group starts feeling harassed. If the same amount of
resources are not available to all for exploitation, there will always be group unrest. When people
are not treated equal among different sections of the society unrest happens. They can be
harassed on the basis of colour, caste, ethnicity and creed.
Corrpution is also an important factor for group unrest. When there is corruption in the society
people of the group feels being cheated. There is impression that they are paying more than what
they should have been. The exploited lots will cause social unrest and raise awareness.
Inflation affects whole section of the society and all members of the group in a society. The rise
in the expenditure on the same amount of commodities bought in a month will provoke the
buyers to take action, sometimes result in social unrest. Usually when the authority is unable to
control inflation and when there is apathy of the authorities towards the members of the group,
the social unrest happens..
J. A. Moore investigated the inheritance of spotting patterns in leop.pdf
J. A. Moore investigated the inheritance of spotting patterns in leopard frogs (J. A. Moore. 1943.
Journal of Heredity 34:3-7). The pipiens phenotype had the normal spots that give leopard frogs
their name. In contrast, the burnsi phenotype lacked spots on its back. Moore earned out the
following crosses, producing the progeny indicated. Parent phenotypes Progeny phenotypes
burnsi X burnsi 42 burnsi, 8 pipiens burnsi X pipiens 25 burnsi, 34 pipiens burnsi X pipiens 194
bumsi, 208 pipiens On the basis of these results, what is the most likely mode of inheritance of
the burnsi phenotype? Give the most likely genotypes of the parent in each cross. Use a chi-
square test to evaluate the fit of the observed numbers of progeny to the number expected on the
basis of your proposed genotypes for each of the three matings shown.
Solution
a. On the basis of the above crosses, the mode of inheritance of burnsi phenotype is
DOMINANT PHENOTYPE.
b. The Genotypes of the parents
Burnsi X Burnsi = Bb X Bb
Burnsi X pipiens = Bb X bb
Burnsi X pipiens = Bb X bb
C.
1.
Null hypothesis: The observed values are not deviating from 3:1 ratio.
Chisquare test:
Category
Burnsi
pipiens
Total
Observed values
42
8
50
Exptected Ratio
3
1
4
Exprected Values
37.5
12.5
Deviation
4.5
-4.5
D^2
20.25
20.25
D^2/E
0.54
1.62
2.16
X^2
2.16
Degrees of freedom
-
1
Inference: The calculated chisquare values is less than the table i.e. 3.84 at 1 DF and 0.05
probability, hence null hypothesis accepted.
2.
Null hypothesis: The observed values are not deviating from 1:1 ratio.
Chisquare test:
Category
Burnsi
pipiens
Total
Observed values
28
34
62
Exptected Ratio
1
1
2
Exprected Values
31
31
Deviation
-3
3
D^2
9
9
D^2/E
0.290323
0.290323
0.580645
X^2
0.580645
Degrees of freedom
-
1
Inference: The calculated chisquare values is less than the table i.e. 3.84 at 1 DF and 0.05
probability, hence null hypothesis accepted.
3.
Null hypothesis: The observed values are not deviating from 1:1 ratio.
Chisquare test:
Category
Burnsi
pipiens
Total
Observed values
194
208
402
Exptected Ratio
1
1
2
Exprected Values
201
201
Deviation
-7
7
D^2
49
49
D^2/E
0.243781
0.243781
0.487562
X^2
0.487562
Degrees of freedom
-
1
Inference: The calculated chisquare values is less than the table i.e. 3.84 at 1 DF and 0.05
probability, hence null hypothesis accepted.
Category
Burnsi
pipiens
Total
Observed values
42
8
50
Exptected Ratio
3
1
4
Exprected Values
37.5
12.5
Deviation
4.5
-4.5
D^2
20.25
20.25
D^2/E
0.54
1.62
2.16
X^2
2.16
Degrees of freedom
-
1.
In making your determination with the BP oil spill, what were the pr.pdf
In making your determination with the BP oil spill, what were the primary factors that you
considered? Provide specific examples, where applicable.
Solution
The Deepwater Horizon rig, owned and operated by offshore-oil-drilling company Transocean
and leased by oil company BP, was situated in the Macondo oil prospect in the Mississippi
Canyon, a valley in the continental shelf. The oil well over which it was positioned was located
on the seabed 4,993 feet (1,522 metres) below the surface and extended approximately 18,000
feet (5,486 metres) into the rock. On the night of April 20 a surge of natural gas blasted through
a concrete core recently installed by contractor Halliburton in order to seal the well for later use.
It later emerged through documents released by Wikileaks that a similar incident had occurred on
a BP-owned rig in the Caspian Sea in September 2008. Both cores were likely too weak to
withstand the pressure because they were composed of a concrete mixture that used nitrogen gas
to accelerate curing.
Once released by the fracture of the core, the natural gas traveled up the Deepwater rig’s riser to
the platform, where it ignited, killing 11 workers and injuring 17. The rig capsized and sank on
the morning of April 22, rupturing the riser, through which drilling mud had been injected in
order to counteract the upward pressure of oil and natural gas. Without any opposing force, oil
began to discharge into the gulf. The volume of oil escaping the damaged well—originally
estimated by BP to be about 1,000 barrels per day—was thought by U.S. government officials to
have peaked at more than 60,000 barrels per day.
Economic prospects in the Gulf Coast states were dire, as the spill affected many of the
industries upon which residents depended. More than a third of federal waters in the gulf were
closed to fishing at the peak of the spill, due to fears of contamination. A moratorium on offshore
drilling, enacted by U.S. Pres. Barack Obama’s administration despite a district court reversal,
left an estimated 8,000–12,000 temporarily unemployed. Few travelers were willing to face the
prospect of petroleum-sullied beaches, leaving those dependent on tourism struggling to
supplement their incomes. Following demands by Obama, BP created a $20 billion
compensation fund for those affected by the spill. A year later nearly a third of the fund had been
paid out, though lack of oversight allowed government entities to submit wildly inflated claims,
some unrelated to the spill. By 2013 the fund was largely depleted.
Recovery was incremental. As oil dispersed, portions of the gulf began reopening to fishing in
July, and by October the majority of the closed areas were judged safe. State governments
struggled to draw attention to unsoiled or newly scrubbed beaches with advertising campaigns,
often drawing on funds from BP. Oil continued to wash ashore in many areas, and much of it
could not be removed, either because of logistical reasons—mats of subm.
I need to write a java program about translating the DNA sequenc.pdf
I need to write a java program about translating the DNA sequence into 6 frames of protein
sequence?!!!!
I need to write a java program about translating the DNA sequence into 6 frames of protein
sequence?!!!!
I need to write a java program about translating the DNA sequence into 6 frames of protein
sequence?!!!!
Solution
import java.applet.Applet;
import java.awt.BorderLayout;
import java.awt.Color;
import java.awt.Font;
import java.awt.GridLayout;
import java.awt.event.ActionEvent;
import java.awt.event.ActionListener;
import javax.swing.JButton;
import javax.swing.JFrame;
import javax.swing.JPanel;
import javax.swing.JTextArea;
import javax.swing.JTextField;
public class DNAToProtein extends Applet implements ActionListener {
JButton translate=new JButton(\"Convert\");
JButton done=new JButton(\"Done\");
JTextArea message=new JTextArea(2,20);
JTextField startPositionInput=new JTextField(\"Start position=1.\", 15);
JTextArea dnaSequenceInput=new JTextArea (\"Type a DNA sequence here\", 4, 30);
JTextArea codonOutput=new JTextArea(\"Incomplete codons will show an asterisk
for each missing letter.\", 4, 30);
int maxCodons=100; // Maximum number of triplets we can handle in this program.
int maxAminoAcids=100; // Maximum number of amino acids in a protein we can
handle.
int numCodons=0; // No triplets obtained so far.
int numAminoAcids=0; // Number of Amino Acids in the protein seqeunce so far.
JFrame myFrame=new JFrame(\"DNA Sequence Tripletizer\");
JPanel p=new JPanel(new GridLayout(2,1));
boolean incompleteSeq; // Indicates if a given DNA sequence is incomplete.
public void init(){
translate.addActionListener(this);
done.addActionListener(this);
codonOutput.setBackground(Color.orange);
p.setBackground(Color.blue);
startPositionInput.setBackground(Color.yellow);
dnaSequenceInput.setBackground(Color.blue);
dnaSequenceInput.setForeground(Color.yellow);
message.setFont(new Font(\"SansSerif\", Font.BOLD, 20));
message.setText(\"Welcome to CS 177 /178 Programming with Multimedia
Objects\ \");
message.append(\"Fall 2004\ \");
message.append(\"DNA To Protein Converter\");
p.setBackground(Color.blue);
p.add(translate); p.add(done);
this.add(new JTextField(\"This area is useless.\"));
this.add(new JTextField(\"Close this applet when done\"));
this.setBackground(Color.orange);
// Add panel and widgets to the frame.
myFrame.getContentPane().add(BorderLayout.WEST, p);
myFrame.getContentPane().add(BorderLayout.NORTH, message);
myFrame.getContentPane().add(BorderLayout.SOUTH,
dnaSequenceInput);
myFrame.getContentPane().add(BorderLayout.EAST, startPositionInput);
myFrame.getContentPane().add(BorderLayout.CENTER,codonOutput);
// Set some properties of the frame (resizability, color, and size).
myFrame.isResizable(); // Makes the frame resizable.
myFrame.setBounds(140, 140, 800, 300); // Sets the top left corner
coordinbaties to 140, 140 and size to 800x300 pixels.
myFrame.getContentPane().setBackground(Color.orange);
myFrame.show();
}
// Process translate re.
How vacancies in silicon affect its electronic propertySolution.pdf
How vacancies in silicon affect its electronic property?
Solution
The simplest point defect is a vacancy. This refers to an empty (unoccupied) site of a crystal
lattice, i.e. a missing atom or vacant atomic site [Fig. 2 (a)] such defects may arise either from
imperfect packing during original crystallisation or from thermal vibrations of the atoms at
higher temperatures. In the latter case, when the thermal energy due to vibration is increased,
there is always an increased probability that individual atoms will jump out of their positions of
lowest energy. Each temperature has a
corresponding equilibrium concentration of vacancies and interstitial atoms (an interstitial atom
is an atom transferred from a site into an interstitial position). For instance, copper can contain
10-13 atomic percentage of vacancies at a temperature of 20-25°C and as many as 0.01 % at near
the melting point (one vacancy per 104 atoms). For most crystals the-said thermal energy is of
the order of I eV per vacancy. The thermal vibrations of atoms increases with the rise in
temperature. The vacancies may be single or two or more of them may condense into a di-
vacancy or trivacancy. We must note that the atoms surrounding a vacancy tend to be closer
together, thereby distorting the lattice planes. At thermal equilibrium, vacancies exist in a certain
proportion in a crystal and thereby leading to an increase in randomness of the structure. At
higher temperatures, vacancies have a higher concentration and can move from one site to
another more frequently. Vacancies are the most important kind of point defects; they accelerate
all processes associated with displacements of atoms: diffusion, powder sintering, etc..
How do people usually respond to externalities regarding public good.pdf
How do people usually respond to externalities regarding public goods? Please illustrate with an
example from recent events that have affected many. Thank you, no copy and paste. Thank you.
Solution
Externality is created when action taken up by one individual affects the other individuals in
terms of their well beings. Public goods are those goods that are shared and consumed by
everyone. Here, public goods are developed by specific contributions done by some of the people
and benefits derived are consumed by everyone. For example, Tax payers contribute through
taxes and a public hospital is built.
Here, contributors are only those people who pay taxes. Though, everyone is getting benefitted
from the services offered by public hospital. It builds the case of externalities with public goods.
The same also happens when individuals are negatively affected by the public goods.
Here, People respond aggressively to negative externalities offered by public goods. Recent
cases of pollution related problems caused by the public development programs has steered
many movements across the globe. But, People don’t talk about the good externalities developed
from the public healthcare program in the same length.
Another example is of new tax imposed upon people. Individuals who are not paying tax, want to
enjoy the benefits but they react negatively if initiatives are taken to bring them under tax
payment slab by a new act.
Thus, People exhibit asymmetric behavior towards different externalities generated from the
public goods..
Does mitosis favor genetic diversity or not. And whySolutionM.pdf
Does mitosis favor genetic diversity or not. And why?
Solution
Mitosis is the type of division which occurs in the somatic cell. Here only one parents cells is
involved instead of both parents hence no genetic diversity or changes occurs in the mitosis..!! If
by chance mutation occurs in mitosis by any reason genetic diversity may achieved but I will
take time
Genetic variations occurs in meosis due to the crossing between the two parents chromosomal
test, homology recombination which occurs in the meosis..!!.
Explain how the case of Lehman Brothers illustrates how it is diffic.pdf
Explain how the case of Lehman Brothers illustrates how it is difficult for governments to
overcome the problem of moral hazard.
Solution
Yes, Lehman Brothers case illustrates that iti si diffiuclt for government ot overcome the
problem fo moral hazard. But it is not impossible.
Moral hazard already existed in the system on at least three levels.
a) Bank employees and managers had asymmetric compensation structures. In good years, they
stood to make huge amounts of money; in bad years, even if the bank lost money, they would
still make healthy sums. This gave employees the incentive to take excessive risks because they
could shift their potential losses to shareholders.
b) Shareholders had the same payoff structure. Banks are highly leveraged institutions; every
dollar contributed by shareholders is magnified by 10 to 30 dollars from creditors. This meant
that in good years, shareholders benefited from profits that were juiced by leverage, but should
things go wrong, they could shift their potential losses to creditors. As a result, paying bank
executives in stock did not mitigate their behavior; in fact, the most senior executives at both
Bear Stearns and Lehman had and lost enormous amounts of money tied up in their companies.
c) Creditors had only limited incentives to watch over major banks. Ordinarily, creditors should
demand high interest rates on loans to highly leveraged institutions. However, the expectation
that large banks would not be allowed to fail made creditors more willing to lend to them. This is
why the failure of Lehman was such a damaging blow: It shattered market expectations that the
government would not let a major bank fail. The massive flight of money out of the banking
system can be seen only as the result of an enormous shock. The next several months, up through
the third bailout of Citigroup in February, can be seen as the government\'s attempt to undo the
damage by repeatedly saying \"No more Lehmans\" -- which has made the implicit government
guarantee stronger than ever before.
So while the decision to let Lehman fail was a mistake, rescuing Lehman would not have
prevented the financial crisis; most likely it would have only reduced the degree of panic and the
amount of collateral damage to the global economy..
During phagocytosis, what may fuse with the vacuole to further degrad.pdf
During phagocytosis, what may fuse with the vacuole to further degrade the ingested material?
ligand desmosome lysosome receptor phosphate
Solution
NO.
answer is c.) lysosome because phagocytosis means eating of cell mainly by macrophages.so,
lysosome will be the answer and receptor will be there but it will be in verdant..
Discuss in 2-3 pages the benefits of preparing a multi-year capital .pdf
Discuss in 2-3 pages the benefits of preparing a multi-year capital improvement plan (CIP) rather
than preparing the CIP on an annual basis.
Solution
A capital improvement plan or capital improvement program is a short range plan usually four to
ten years, which identifies capital projects and equipment purchases, provides a planning
schedule and identify options for financing the plan.
The plant provides a link between municipality School district parks and Recreation department
and other government local entity and comprehensive and strategic plan and the entities annual
budget.
A capital improvement plan is a dynamic community planning and fiscal management tool used
to co-ordinate the location timing and financing of capital improvements over a multi year
period.
Preparing a multi year plan saves time and money who are great extent.
Public officials in small communities have more than enough work to do why should we
consider taking the extra work involving a multi year financial and capital planning. Capital
maintenance and improvement planning is sound community management for number of reasons
A capital plan is a multi year financial plan that
List and describe capital projects local government plans to undertake
Indicates how projects will be funded and the projects that effects of the plan on key financial
variables
The capital budget is the authorisation of needed spending for the current or first year in the
capital plan as a part of municipalities annual budget. Preparing a multi-year capital
improvement plan gives a broader approach there are large number of people and communities
involved preparing such multi-year plans. It requires lots of efforts gathering expert people and
resources for preparing a multi year capital improvement plan. The government calls experts
from various locations having great experiences for making a project. The research and
development are conducted the levels of authorities keep passing the multi year projects. It
requires an sufficient amount of time to prepare the project. When a project is made on multi-
year even the economy starts getting used to that project.
A multi year capital plan can help promote good infrastructure management where investment is
needed to ensure basic health and safety for citizens
Multicare capital plant is developed a municipality can have greater financial health and
sustainability making it easier for them to collaborate on projects with other levels of
Government and various public and private stakeholders
Carefully planned infrastructure investment can maximize the economic potential and
attractiveness of the municipality
Prudent management of facilities and investment can reduce future operating cost and help avoid
higher replacement cost and unforeseen infrastructure failures in the future
Multi year capital plans should become a integral component of muncipalities budgeting process.
The plan often becomes a municipality is annual budget report and therefore the ca.
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