Part A Why is the amniotic egg considered an important evolutionary a.pdf
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Part A Why is the amniotic egg considered an important evolutionary adaptation? O Allowed the development of many more offspring O Reduced the dependence on an aqueous environment for reproduction O Allowed internal fertilization to occur O Reduced the need for sexual reproduction O It helps to separate the mammals from other groups such as reptiles Submit My Answers Give Up Incorrect, one attempt remaining, Try Again Solution -Why is the aminotic egg considered an important evolutionary adaptation? Aminotic eggs are evolutionary separation between amphibians and reptiles. As the amphibians lays eggs which are non- aminotic and must be remain in water while the amniotic eggs of reptiles were able to lay their eggs on land. As the aminotic egg is surrounded by tough outer shell that protect the egg from predator, damage and drying. It also contains series of fluid-filled membranes includes aminon, allantois, yolk sac and chorion.The first membrane is chorion which carries oxygen from shell to the embryo and waste carbon dioxide from embyo to the shell. Aminon is the layer filled with aminotic fluid which keeps the embyo from drying out. The third layer alantois, stores waste from embryo and fuse with chorion to fom chorioallantoic membrane, which helps to carry oxgen and carbon dioxide to and from the embryo. A fourth membrane yolk sac helps to provide nutrition to the developing embryo. - Plants , fungi and animals all have eukaroytic cells. This is due to : In this evloution, the distantly related or unrelated organisms evolve similar body forms, organs and adaptation. They tend to evlove similar trait due to their adaptation to similar environment..
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amniotic eggs evolved primarily as an adaptation toa. protect the .pdf
amniotic eggs evolved primarily as an adaptation to
a. protect the developing embryo while the parents sits on it
b. protect the developing embryo from predators
c. prevent the developing embryo from drying out in a terrestrial environment--ANSWER
d. allow the embryo to remain protected while the parent is out gathering food
e. to provide a nice compact case that is easy to boil and subsequently eat
=============================================================
Amniotes
:They are a clade of tetrapod vertebrates including the reptiles, flying creatures, and warm
blooded animals that lay their eggs ashore or hold the prepared egg inside the mother. They are
recognized from the anamniotes (fishes and creatures of land and water), which commonly lay
their eggs in water. Amniotes are tetrapods (relatives of four-limbed and backboned creatures)
that are portrayed by having an egg outfitted with an amnion, an adjustment to lay eggs ashore as
opposed to in water as the anamniotes (counting frogs) regularly do. Amniotes incorporate
synapsids (warm blooded creatures alongside their wiped out family) and sauropsids (reptiles
and winged creatures), and additionally their predecessors. Amniote developing lives, whether
laid as eggs or conveyed by the female, are ensured and supported by a few broad layers. In
eutherian warm blooded creatures, (for example, people), these films incorporate the amniotic
sac that encompasses the embryo. These embryonic films and the absence of a larval stage
recognize amniotes from tetrapod creatures of land and water shedding is controlled by
trademark hormones called ecdysteroids
the fingernail skin has 3 layers epicuticle, exocuticle, and endocuticle
epicuticle is trilaminate alpha-chitin in internal layer
Some taxa have lost the genuine coelom and have gotten to be blastocoelic (pseudocoelomic).
Arthropods are eucoelomic, however in develop creatures the coelom is incredibly diminished.
The open circulatory framework utilizes an optionally delivered pit, the hemocoel. Valentine
(2004) recommends that another synapomorphic character is immediate advancement or
improvement in which hatchlings are comparative when all is said in done frame to the develop
grown-up, a character that has changed altogether in numerous arthropod bunches.
Solution
amniotic eggs evolved primarily as an adaptation to
a. protect the developing embryo while the parents sits on it
b. protect the developing embryo from predators
c. prevent the developing embryo from drying out in a terrestrial environment--ANSWER
d. allow the embryo to remain protected while the parent is out gathering food
e. to provide a nice compact case that is easy to boil and subsequently eat
=============================================================
Amniotes
:They are a clade of tetrapod vertebrates including the reptiles, flying creatures, and warm
blooded animals that lay their eggs ashore or hold the prepared egg inside the mother. They are
recognized from the anamniotes (.
extra embryonic membranes in birds
extra embryonic membranes in birds.
easy notes on it.
you can read and understand it easily.
this is in simple English language
Extra embryonic membranes
Extra embryonic yolk sac, Allantois, Amnion,Chorion.How they form, their structure and advantages
Recommended
amniotic eggs evolved primarily as an adaptation toa. protect the .pdf
amniotic eggs evolved primarily as an adaptation to
a. protect the developing embryo while the parents sits on it
b. protect the developing embryo from predators
c. prevent the developing embryo from drying out in a terrestrial environment--ANSWER
d. allow the embryo to remain protected while the parent is out gathering food
e. to provide a nice compact case that is easy to boil and subsequently eat
=============================================================
Amniotes
:They are a clade of tetrapod vertebrates including the reptiles, flying creatures, and warm
blooded animals that lay their eggs ashore or hold the prepared egg inside the mother. They are
recognized from the anamniotes (fishes and creatures of land and water), which commonly lay
their eggs in water. Amniotes are tetrapods (relatives of four-limbed and backboned creatures)
that are portrayed by having an egg outfitted with an amnion, an adjustment to lay eggs ashore as
opposed to in water as the anamniotes (counting frogs) regularly do. Amniotes incorporate
synapsids (warm blooded creatures alongside their wiped out family) and sauropsids (reptiles
and winged creatures), and additionally their predecessors. Amniote developing lives, whether
laid as eggs or conveyed by the female, are ensured and supported by a few broad layers. In
eutherian warm blooded creatures, (for example, people), these films incorporate the amniotic
sac that encompasses the embryo. These embryonic films and the absence of a larval stage
recognize amniotes from tetrapod creatures of land and water shedding is controlled by
trademark hormones called ecdysteroids
the fingernail skin has 3 layers epicuticle, exocuticle, and endocuticle
epicuticle is trilaminate alpha-chitin in internal layer
Some taxa have lost the genuine coelom and have gotten to be blastocoelic (pseudocoelomic).
Arthropods are eucoelomic, however in develop creatures the coelom is incredibly diminished.
The open circulatory framework utilizes an optionally delivered pit, the hemocoel. Valentine
(2004) recommends that another synapomorphic character is immediate advancement or
improvement in which hatchlings are comparative when all is said in done frame to the develop
grown-up, a character that has changed altogether in numerous arthropod bunches.
Solution
amniotic eggs evolved primarily as an adaptation to
a. protect the developing embryo while the parents sits on it
b. protect the developing embryo from predators
c. prevent the developing embryo from drying out in a terrestrial environment--ANSWER
d. allow the embryo to remain protected while the parent is out gathering food
e. to provide a nice compact case that is easy to boil and subsequently eat
=============================================================
Amniotes
:They are a clade of tetrapod vertebrates including the reptiles, flying creatures, and warm
blooded animals that lay their eggs ashore or hold the prepared egg inside the mother. They are
recognized from the anamniotes (.
extra embryonic membranes in birds
extra embryonic membranes in birds.
easy notes on it.
you can read and understand it easily.
this is in simple English language
Extra embryonic membranes
Extra embryonic yolk sac, Allantois, Amnion,Chorion.How they form, their structure and advantages
Y9 ch1 classification of living things 2020
Chapter 1 Classification of living things
For Core Biology Cambridge 2020
Parental behavior of frogs
Parental Behavior of Frogs- explaining as variety of methods to bring up its offspring;parental care found about 10% of its total amphibian species.
Seed production of giant freshwater prawn fisheries ppt
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A) Explain five (5) challenges amphibians faced when colonizing land.pdf
A) Explain five (5) challenges amphibians faced when colonizing land and how they solved
them. B) Explain the improvements reptiles evolved from the amphibian solutions (the five (5)
listed in the question above) to adapt to terrestrial environment
Solution
a) The terrestrial realm of land and air offers many challenges to organisms adapted to aquatic
life:
Gravity:aquatic life is buoyed by water.Air is not so buoyant! So terrestrial animals have to have
some sort of supporting tissue.Endoskeleton of bone and lobe fins modified to limbs.Also
changes in skeleton for land hunting - Shoulder free from skull to give head more flexibility and
arm greater lateral movement
Descication: air is drier than water,so terrestrial organisms need some form of skin or coat to
keep all their precious bodily fluids from leaking out.Fish scales don\'t protect the body much
against desiccation. Besides Amphibians lost those scales early in their evolution.Amphibians
never really solved the skin-permeability problem.They are restricted today to moist habitats.
Respiration: aquatic organisms exchange oxygen and carbon dioxide dissolved in water.In
air,these substances are gases,so new structures are needed to breath.Fish breathe the oxygen
dissolved in water through their gills.Out of the water,however,they are unable to survive for
more than a few minutes.In order to live on dry land,they need to acquire a pulmonary
system.They developed lungs inside body
and stronger rib cage.
Reproduction:aquatic organisms often release their eggs,sperm,etc.,directly into the water.This
approach is much less effective in air,so other solutions evolve.But there is no special
adaptation,return to water to mate.
Locomotion:aquatic animals can swim,scuttle,squidge,orotherwise move through the
water.These motions have to be modified in the terrestrial realm.
Senses:light,sound,and smell transmit differently in water than in air,and some senses don\'t
work in air at all.Terrestrial animals have to evolve new adaptations to deal with these
differences.Lateral line which senses vibrations under water becomes lost and an operculum
overlaying the lower jaw is used to sense vibrations in air.
Excretion:Due to the abundant water in their environment,marine creatures can immediately
filter and expel their bodies waste products,particularly ammonia.On land,water must be used at
minimum levels.For that reason these living things have kidneys,in which ammonia is filtered
out as urea and stored in the bladder,and the minimum amount of water is used when it is
expelled.In addition,there is a need for new systems that enable the kidneys to
function.Amphibians ability to conserve body water is rudimentary.Considerable water is lost by
evaporation through their skin.Most species excrete a copious and diluteurine because a large
volume of water is needed to flush out toxic excretory products through their kidney tubules.
b)Amniotic egg:Amphibians never succeeded in becoming fully terrestrial because.
Insect dominance by Dr. T. Krishna Chaitanya
This topic will deals with the reasons of insect dominance among the all other kingdom, Animalia
Embryonated chicken egg.pdf
https://www.udemy.com/course/virology-4-you/?referralCode=560D93567534F41DC350
Why is water a more hospitable environment for life than dry land O.pdf
Why is water a more hospitable environment for life than dry land? Osmotic balance is not a
problem Gravity is not a problem. Sperm can meet egg easily in water. Oxygen is more
available in water. B and C only. Angiosperms disperse their seeds by producing seeds. Fleshy
edible fruits that are consumed by animals which defecate the Seeds that sometimes attach to
animals. Seeds that catch the wind. All of the choices are correct. None of the choices are
correct. Tracheal system for gas exchange is found in which organism? Crustacean Earthworm.
Insect. Jellyfish. Vertebrate What is a radula? A flexible supportive rod on the dorsal surface
of chordates. A stinging cell used by sea anemones to capture prey. A locomotory structure in
sea stars. A spiny ribbon of tissues used for feeding in snails. A gas exchange structure in
insects. Which of the following adaptations allowed reptiles to complete their life cycles on
land? Lungs. Endothermic metabolism. An amniotic egg. Four legs. Pack behavior. What
class of the phylum Cnidarian occurs only as a polyp? Hydrozoa. Scyphozoan. Anthozoa.
Only A are correct. A, B, and Care correct.
Solution
The third option is correct. Water is a good source for pollination or spreading of gametes.
The option D is correct. Angiosperms are evolved advanced and have various types of
pollination system. This helps the greater availability of them.
The option C is correct. Insects have advance type of tracheal based respiratory system.
The option D is correct. Radula is a hard anatomical structure used for feeding by scraping or
cutting food. This is characteristic of Mollusca phylum.
The option A is correct. Lungs are importantly developed in reptiles to live in land.
The option D is correct. Hydrozoa a class of Cnidaria are always polyp..
Description of cultivating Duckweed Syllabus.pdf
Cultivating Duckweed for food and pharmaceutical use. The college course syllabus and description of the steps taken within this course
Parental care in Amphibians
looking after the eggs or young until they are independent to defend from predators is known as parental care.
Amphibians show great diversity in Parental care.
Determine if the following series or improper integrals are converge.pdf
Determine if the following series or improper integrals are convergent or divergent:
Solution
Here is a complex-analytic proof.
For zD=C{0,1}, let
R(z)=1log2z
where the sum is taken over all branches of the logarithm. Each point in D has a neighbourhood
on which the branches of log(z) are analytic. Since the series converges uniformly away from
z=1, R(z)is analytic on D.
Now a few observations:
(i) Each term of the series tends to 0 as z0. Thanks to the uniform convergence this implies that
the singularity at z=0 is removable and we can set R(0)=0.
(ii) The only singularity of R is a double pole at z=1 due to the contribution of the principal
branch of logz. Moreover, limz1(z1)2R(z)=1.
(iii) R(1/z)=R(z).
By (i) and (iii) R is meromorphic on the extended complex plane, therefore it is rational. By (ii)
the denominator of R(z) is (z1)2. Since R(0)=R()=0, the numerator has the form az. Then (ii)
implies a=1, so thatR(z)=z(z1)2.
Now, setting z=e2iw yieldsn=1(wn)2=2sin2(w)
down vote
Here is a complex-analytic proof.
For zD=C{0,1}, let
R(z)=1log2z
where the sum is taken over all branches of the logarithm. Each point in D has a
neighbourhood on which the branches of log(z) are analytic. Since the series converges
uniformly away from z=1, R(z)is analytic on D.
Now a few observations:
(i) Each term of the series tends to 0 as z0. Thanks to the uniform convergence this implies
that the singularity at z=0 is removable and we can set R(0)=0.
(ii) The only singularity of R is a double pole at z=1 due to the contribution of the principal
branch of logz. Moreover, limz1(z1)2R(z)=1.
(iii) R(1/z)=R(z).
By (i) and (iii) R is meromorphic on the extended complex plane, therefore it is rational. By (ii)
the denominator of R(z) is (z1)2. Since R(0)=R()=0, the numerator has the form az. Then (ii)
implies a=1, so thatR(z)=z(z1)2.
Now, setting z=e2iw yieldsn=1(wn)2=2sin2(w)
which implies thatk=01(2k+1)2=28,
and the identity (2)=2/6 follows..
Define the yield to maturity.SolutionYTM is the discount rate .pdf
Define the yield to maturity.
Solution
YTM is the discount rate at which the sum of all future cashflows from bonds is equal to price of
bonds.YTM is considered a long term bond yield but is expressed as annual rate.YTM is
complex but an accurate calculation of a bonds return that can help investors compare bonds
with different maturities and coupons..
More Related Content
Similar to Part A Why is the amniotic egg considered an important evolutionary a.pdf
Y9 ch1 classification of living things 2020
Chapter 1 Classification of living things
For Core Biology Cambridge 2020
Parental behavior of frogs
Parental Behavior of Frogs- explaining as variety of methods to bring up its offspring;parental care found about 10% of its total amphibian species.
Seed production of giant freshwater prawn fisheries ppt
Giant freshwater prawn seed production starts in Andaman - INDIA - A scientist and his team of the Division of Fisheries Science, Central Agricultural Research Institute (CARI), Port Blair, have initiated research on breeding and larval rearing of Giant Freshwater Prawn (M Rosenbergii) under controlled conditions at the CARI farm complex.
A) Explain five (5) challenges amphibians faced when colonizing land.pdf
A) Explain five (5) challenges amphibians faced when colonizing land and how they solved
them. B) Explain the improvements reptiles evolved from the amphibian solutions (the five (5)
listed in the question above) to adapt to terrestrial environment
Solution
a) The terrestrial realm of land and air offers many challenges to organisms adapted to aquatic
life:
Gravity:aquatic life is buoyed by water.Air is not so buoyant! So terrestrial animals have to have
some sort of supporting tissue.Endoskeleton of bone and lobe fins modified to limbs.Also
changes in skeleton for land hunting - Shoulder free from skull to give head more flexibility and
arm greater lateral movement
Descication: air is drier than water,so terrestrial organisms need some form of skin or coat to
keep all their precious bodily fluids from leaking out.Fish scales don\'t protect the body much
against desiccation. Besides Amphibians lost those scales early in their evolution.Amphibians
never really solved the skin-permeability problem.They are restricted today to moist habitats.
Respiration: aquatic organisms exchange oxygen and carbon dioxide dissolved in water.In
air,these substances are gases,so new structures are needed to breath.Fish breathe the oxygen
dissolved in water through their gills.Out of the water,however,they are unable to survive for
more than a few minutes.In order to live on dry land,they need to acquire a pulmonary
system.They developed lungs inside body
and stronger rib cage.
Reproduction:aquatic organisms often release their eggs,sperm,etc.,directly into the water.This
approach is much less effective in air,so other solutions evolve.But there is no special
adaptation,return to water to mate.
Locomotion:aquatic animals can swim,scuttle,squidge,orotherwise move through the
water.These motions have to be modified in the terrestrial realm.
Senses:light,sound,and smell transmit differently in water than in air,and some senses don\'t
work in air at all.Terrestrial animals have to evolve new adaptations to deal with these
differences.Lateral line which senses vibrations under water becomes lost and an operculum
overlaying the lower jaw is used to sense vibrations in air.
Excretion:Due to the abundant water in their environment,marine creatures can immediately
filter and expel their bodies waste products,particularly ammonia.On land,water must be used at
minimum levels.For that reason these living things have kidneys,in which ammonia is filtered
out as urea and stored in the bladder,and the minimum amount of water is used when it is
expelled.In addition,there is a need for new systems that enable the kidneys to
function.Amphibians ability to conserve body water is rudimentary.Considerable water is lost by
evaporation through their skin.Most species excrete a copious and diluteurine because a large
volume of water is needed to flush out toxic excretory products through their kidney tubules.
b)Amniotic egg:Amphibians never succeeded in becoming fully terrestrial because.
Insect dominance by Dr. T. Krishna Chaitanya
This topic will deals with the reasons of insect dominance among the all other kingdom, Animalia
Embryonated chicken egg.pdf
https://www.udemy.com/course/virology-4-you/?referralCode=560D93567534F41DC350
Why is water a more hospitable environment for life than dry land O.pdf
Why is water a more hospitable environment for life than dry land? Osmotic balance is not a
problem Gravity is not a problem. Sperm can meet egg easily in water. Oxygen is more
available in water. B and C only. Angiosperms disperse their seeds by producing seeds. Fleshy
edible fruits that are consumed by animals which defecate the Seeds that sometimes attach to
animals. Seeds that catch the wind. All of the choices are correct. None of the choices are
correct. Tracheal system for gas exchange is found in which organism? Crustacean Earthworm.
Insect. Jellyfish. Vertebrate What is a radula? A flexible supportive rod on the dorsal surface
of chordates. A stinging cell used by sea anemones to capture prey. A locomotory structure in
sea stars. A spiny ribbon of tissues used for feeding in snails. A gas exchange structure in
insects. Which of the following adaptations allowed reptiles to complete their life cycles on
land? Lungs. Endothermic metabolism. An amniotic egg. Four legs. Pack behavior. What
class of the phylum Cnidarian occurs only as a polyp? Hydrozoa. Scyphozoan. Anthozoa.
Only A are correct. A, B, and Care correct.
Solution
The third option is correct. Water is a good source for pollination or spreading of gametes.
The option D is correct. Angiosperms are evolved advanced and have various types of
pollination system. This helps the greater availability of them.
The option C is correct. Insects have advance type of tracheal based respiratory system.
The option D is correct. Radula is a hard anatomical structure used for feeding by scraping or
cutting food. This is characteristic of Mollusca phylum.
The option A is correct. Lungs are importantly developed in reptiles to live in land.
The option D is correct. Hydrozoa a class of Cnidaria are always polyp..
Description of cultivating Duckweed Syllabus.pdf
Cultivating Duckweed for food and pharmaceutical use. The college course syllabus and description of the steps taken within this course
Parental care in Amphibians
looking after the eggs or young until they are independent to defend from predators is known as parental care.
Amphibians show great diversity in Parental care.
Similar to Part A Why is the amniotic egg considered an important evolutionary a.pdf (20)
Seed production of giant freshwater prawn fisheries ppt
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A) Explain five (5) challenges amphibians faced when colonizing land.pdf
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More from fashiondestinationld
Determine if the following series or improper integrals are converge.pdf
Determine if the following series or improper integrals are convergent or divergent:
Solution
Here is a complex-analytic proof.
For zD=C{0,1}, let
R(z)=1log2z
where the sum is taken over all branches of the logarithm. Each point in D has a neighbourhood
on which the branches of log(z) are analytic. Since the series converges uniformly away from
z=1, R(z)is analytic on D.
Now a few observations:
(i) Each term of the series tends to 0 as z0. Thanks to the uniform convergence this implies that
the singularity at z=0 is removable and we can set R(0)=0.
(ii) The only singularity of R is a double pole at z=1 due to the contribution of the principal
branch of logz. Moreover, limz1(z1)2R(z)=1.
(iii) R(1/z)=R(z).
By (i) and (iii) R is meromorphic on the extended complex plane, therefore it is rational. By (ii)
the denominator of R(z) is (z1)2. Since R(0)=R()=0, the numerator has the form az. Then (ii)
implies a=1, so thatR(z)=z(z1)2.
Now, setting z=e2iw yieldsn=1(wn)2=2sin2(w)
down vote
Here is a complex-analytic proof.
For zD=C{0,1}, let
R(z)=1log2z
where the sum is taken over all branches of the logarithm. Each point in D has a
neighbourhood on which the branches of log(z) are analytic. Since the series converges
uniformly away from z=1, R(z)is analytic on D.
Now a few observations:
(i) Each term of the series tends to 0 as z0. Thanks to the uniform convergence this implies
that the singularity at z=0 is removable and we can set R(0)=0.
(ii) The only singularity of R is a double pole at z=1 due to the contribution of the principal
branch of logz. Moreover, limz1(z1)2R(z)=1.
(iii) R(1/z)=R(z).
By (i) and (iii) R is meromorphic on the extended complex plane, therefore it is rational. By (ii)
the denominator of R(z) is (z1)2. Since R(0)=R()=0, the numerator has the form az. Then (ii)
implies a=1, so thatR(z)=z(z1)2.
Now, setting z=e2iw yieldsn=1(wn)2=2sin2(w)
which implies thatk=01(2k+1)2=28,
and the identity (2)=2/6 follows..
Define the yield to maturity.SolutionYTM is the discount rate .pdf
Define the yield to maturity.
Solution
YTM is the discount rate at which the sum of all future cashflows from bonds is equal to price of
bonds.YTM is considered a long term bond yield but is expressed as annual rate.YTM is
complex but an accurate calculation of a bonds return that can help investors compare bonds
with different maturities and coupons..
CPU has an ArithmeticLogic Unit (ALU). Which are true for ALUSel.pdf
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b. Calculations occur here
c. The component where data is held temporarily
d. It is the calculator
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ARTHEMATIC LOGIC UNIT PERFORMS:
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Solution.
A group of legislators wanted to look at factors that affect the num.pdf
A group of legislators wanted to look at factors that affect the number of traffic fatalities. They
collected some data for 1992 from the National Transportation Safety Board on the number of
fatalities for 50 states and the District of Columbia (DC), the number of licensed drivers, the
number of registered vehicles, and the number of vehicle miles traveled. Select the Number of
Traffic Fatalities as the dependent variable and the Number of licensed drivers (in thousands),
the Number of Registered Vehicles (in thousands) and the Number of Vehicle Miles Traveled (in
millions) as independent variables.
Suppose there was a state with the following values of the independent variables: Number of
Licensed Drivers (in thousands) = 3,600, Number of Registered Vehicles (in thousands) = 4,200
and Number of Vehicle Miles Traveled (in millions) = 46,000. Determine and interpret the
predicted value of the number of traffic fatalities.
State
Traffic Fatalities
Vehicle Miles Traveled (millions)
Licensed Drivers (thousands)
Registered Vehicles (thousands)
AL
1083
48956
3102
3422
AK
85
4150
443
508
AZ
903
38774
2879
3920
AR
610
24948
1770
1560
CA
4226
271943
20201
21980
CO
585
33705
2620
3144
CT
310
27138
2012
2638
DE
112
7025
512
672
DC
100
3448
366
189
FL
2860
121989
10691
10132
GA
1426
82822
4666
4725
HI
122
7935
791
781
ID
361
11652
779
1173
IL
1554
92316
7029
7692
IN
974
62108
3834
4850
IA
478
25737
1921
3920
KS
442
24678
1794
1965
KY
409
39822
2109
2615
LA
838
37430
2606
7261
ME
201
12469
916
1071
MD
651
44165
3311
2930
MA
440
46990
4209
3956
MI
1419
85183
6819
7599
MN
644
43317
2668
3869
MS
791
28548
1659
2056
MO
1089
57288
3512
4179
MT
202
9116
536
967
NE
271
15466
1102
1490
NV
294
13019
987
983
NH
119
10501
878
1013
NJ
890
60466
5521
5752
NM
447
20480
1162
1472
NY
1782
112970
10444
10428
NC
1431
71928
4779
5462
ND
88
6338
443
687
OH
1371
98200
7722
9647
OK
687
36980
2363
2863
OR
490
29453
2401
2748
PA
1190
92347
8146
8557
RI
63
7095
682
728
SC
847
37245
2458
2764
SD
154
7631
512
845
TN
1214
54524
3583
5150
TX
3186
178348
12012
13287
UT
342
18078
1203
1381
VT
77
6152
435
502
VA
930
67609
4631
5593
WA
638
47428
3741
4654
WV
356
17112
1317
1375
WI
712
50273
3542
4044
WY
144
6689
354
583
State
Traffic Fatalities
Vehicle Miles Traveled (millions)
Licensed Drivers (thousands)
Registered Vehicles (thousands)
AL
1083
48956
3102
3422
AK
85
4150
443
508
AZ
903
38774
2879
3920
AR
610
24948
1770
1560
CA
4226
271943
20201
21980
CO
585
33705
2620
3144
CT
310
27138
2012
2638
DE
112
7025
512
672
DC
100
3448
366
189
FL
2860
121989
10691
10132
GA
1426
82822
4666
4725
HI
122
7935
791
781
ID
361
11652
779
1173
IL
1554
92316
7029
7692
IN
974
62108
3834
4850
IA
478
25737
1921
3920
KS
442
24678
1794
1965
KY
409
39822
2109
2615
LA
838
37430
2606
7261
ME
201
12469
916
1071
MD
651
44165
3311
2930
MA
440
46990
4209
3956
MI
1419
85183
6819
7599
MN
644
43317
2668
3869
MS
791
28548
1659
2056
MO
1089
57288
3512
4179
MT
202
9116
536
967
NE
271
15466
1102
1490
NV
294
13019
987
983
N.
6. Why might The Home Depot and Lowes choose such odd dates to end.pdf
6. Why might The Home Depot and Lowe\'s choose such odd dates to end their fiscal years?
Solution
The reasons are few:
1. The sales are less in january when compared to december so they can more focus on financial
statements
In december the burden will be more and to focus at a time on sales and preparing financial
statements is difficult.
2. They can clear last year stock in january and also the purchases by company also lower in the
january month so the inventory will be closed by year end. And therefore it is easy for them to
prepare accounts and do auditing.
3. Because of its size of operations and other factors, it cannot focus on calender year end. So
chooses january as fiscal year end..
3 Diseases [10 marks] create two classes zika and Plague. Each of t.pdf
3: Diseases [10 marks] create two classes: zika and Plague. Each of these classes must extend
the Disease class. Each of these classes must define (override) both abstract methods inherited
from Disease. For each, when creating objects, the name passed in should just be the name of the
disease. COMP1006/1406 Fall 2016 Assignment #5 Due Tuesday, November 1 at 3:30 pm zika
class: The severity should be an integer between 0 and 10 (inclusive) public void impact (Person
p) Precondition: none Post conditions: none Side Effects: (1) the person\'s health will be
decreased by the value of the severity of the disease (2) The disease\'s severity will be reduced
by 1 (until it reaches zero) (3) The disease\'s chance of transmission is reduced by 10% (i.e. 0.9
current chance of transmission) public void treat Pre and post conditions: none Side Effects:
Both the severity and chance of transmission are reduced by a factor of 2. (i.e each is replaced by
1/2 of the current value using integer division for severitv)
Solution
Please find the required classes along with the comments which describes the step :.
Chapter 16 Question 15 - Case StudyWhat can fish color tell us abo.pdf
Chapter 16 Question 15 - Case Study
What can fish color tell us about human pigmentation?
Skin color is often one of the first traits people notice in each other. Studies in zebra fish
uncovered a mutation that altered a transport protein and resulted in light-colored fish. This
discovery led to the finding that the same gene in humans has a strong influence on skin
pigmentation in many populations.
Part A
The allele of the human transport protein associated with light skin is found almost exclusively
in Europeans. The other common allele, which appears to be the ancestral allele, is found in
Africans. Explain how you think the allele present in Europeans came to be so common in this
population.
Select all that apply.1. A mutation must have occurred in the population ancestral to modern
Europeans after their migration to Europe.2. A mutation must have occurred in the population
ancestral to modern Europeans before their migration to Europe.3. This mutation gave a
reproductive advantage to people who carried it in the environments of Europe. So, over
generations, the allele became more and more frequent until it predominated in this
population.4. A mutation must have occurred in the population ancestral to modern Europeans
either before or after their migration to Europe.5. This mutation was dominant. For this reason,
over generations, the allele became more and more frequent.6. The same mutations have
occurred very often, so the allele became more and more frequent until it predominated in this
population. Chapter 1 Question 15 Case Study What can fish color tell us about human
pigmentation? Skin color is often one of the first traits people notice in each other. Studies in
zebra fish uncovered a ion that altered a transport protein and resulted in light-colored fish. This
discovery led to the finding that the same gere in humans has a strong nnuerice on skin
pigmerilation irl arly popula Part A Thc allok of the human transport protcin associated with
light skin is found almost exclusivchy in Europeans. The other common allolo. appears to be the
ancostral alkolc, is found in Africans. Explain how you think the allcle prcsent in Europeans
which came to be so common in this population. Select all that apply. A mutation must have
occurred in the population ancestral to modern Europeans atter their migration to Europe A
mutation must have occurred in the population ancestral to modern Furopeans betore their
migration to Europe This mutation gave a reproductive advantage to people who carried it in the
environments of Europe So, over generations the allele became more and more frequent until it
predominated in this population A mutation must have occurred in the population ancestral to
modern Europeans either before or after their migration to Europe. This mutation was dominant.
For this reason, over generations, the allele became more and more frequent The same mulalions
have curred very orlen, so lhe allele became more and rnore requeril urili i.
CASE APPLICATION #3 Decision Making, Saudi Style appreciate the disti.pdf
CASE APPLICATION #3 Decision Making, Saudi Style appreciate the distinctive cultural
differences in many Saudi Arabian-based businesses. Decision making can take longer because
many of the companies are family owned, and the tradition is for the family to thoroughly
discuss a particular proposition before committing the business to it, Equally, the chief executive
is often also the head of the family, Ahmed Youssef of the global management consultancy Booz
& Company believes that a major issue facing Saudi family businesses is making the choice as to
who traditionally takes leadership positions in the business and those who may be more capable
of fulfilling such roles. This problem cuts to the heart of the issue of decision making. Added to
this are the issues of the business being expected to support an ever-increasing number of and
securing time with this individual may be difficult. Saudi Arabia has what could be called a
merchant, or trad beyond their original core competences. ing, culture. Long before the discovery
of oil, the Saudis wene shrewd negotiators. Saudi company hierarchies can be fairly faster and
more focused, especially given the fact that many of rigid, and employees operate with clear
lines of authority. In the countries in which these merchant family businesses operate recent
years, the pace of busi- ness has accelerated, but de- cision making can still be a Sdi Arablan
businesseSbefore. A survey carried out by slow and deliberate process. Decision makers will
consult widely within the organiza- tion if they are unsure about how the decision will affect the
best interests of the company. made it difficult to coordinate decision making and planning. In
this respect, navigating several layers of approval and support The suggestion from the
consulting firm is that businesses should may be necessary before a decision is finally made.
Decision making, according to Youssef, will have to be difficulties in navigating the Gulf!\"
Booz discovered that many of the divest themselves of some of the ventures unrelated to core ac-
In soine cases in Saudi Arabia, the decision making can be ivities and concentrate on
reinvestment in core businesses. In this delegated down the organization, but the decision will
still need way, decision making can be more focused and streamlined. What does all this mean
for the non-Saudi? It entails a slightly different approach to the decision-making process and
Decisions are often made with reference to the specific situa tion rather than an all-encompassing
set of rules or laws. In many cases, personal feelings and experiences are more important in
decisions than simple objective and empirical data To make a risky decision, decision makers
need to feel comfort able with that decision and may be more willing to make the deci- 1.
Friendship and business are nearly always interlinked and 2. Scheduled meetings are often
moveable due to Saudis sion if they trust those involved.
Solution
4.25)in Saudi busin.
You and another tech are discussing the relative merits of SCSI inte.pdf
You and another tech are discussing the relative merits of SCSI interfaces. You say that SCSI is
dead, at least as far as drives go, and has been replaced by SAS and SATA. Your coworker says
that SCSI has evolved and still has valid technical applications in today’s computing
environment. Which modern applications does she say SCSI currently possesses?
A. SCSI now can use serial as well as parallel interfaces.
B. SCSI now uses TCP/IP as a transport mechanism.
C. Some motherboard manufacturers still market SCSI interfaces supporting PCI Express and
PCI-X.
D. SCSI Ultra-5 (parallel) now supports as 64-bit data width.
Solution
A and D. LCD monitors do not have a refresh rate as such because LCDs use a separate
backlight for illuminating an image displayed by liquid crystal shutters and shutters do not
“refresh” but rather stay continuously at their stated opacity. You only need to degauss a CRT
monitor, since LCD monitors do not acquire or generate a magnetic field..
Which of the following is NOT true of reflexes They are involuntary.pdf
Which of the following is NOT true of reflexes? They are involuntary. The simplest pathway
by which they occur is a reflex arc. They must be integrated in the brain. They allow
individuals to react to a stimulus very quickly.
Solution
Answer: They must be intergrated in the brain.
Explanation:
A reflex is an involuntary and nearly instantaneous movement in response to a stimulus.
Scientific use of the term \"reflex\" refers to a behavior that is mediated via the reflex arc. A
reflex arc is a neural pathway that controls a reflex action. In higher animals, most sensory
neurons do not pass directly into the brain, but synapse in the spinal cord. This characteristic
allows reflex actions to occur relatively quickly by activating spinal motor neurons without the
delay of routing signals through the brain, although the brain will receive sensory input while the
reflex is carried out. Analysis of the signal takes place after action has been taken..
What is this pedigree and example of Autosomal dominant autosomal .pdf
What is this pedigree and example of? Autosomal dominant autosomal recessive X-linked
dominant X-linked recessive
Solution
This is a case of Autosomal recessive. Cannot be dominant as two unaffected parents could have
affected offspring as they inherit two mutated genes, one from each parent. These disorders are
usually passed on by two carriers. For example cystic fibrosis
Autosomal dominant: can\'t be possible as affected parents cannot have unaffected offsprings.
X-linked recessive: affected sons result from affected mother.
X-linked dominant: affected daughters result from affected father..
what is total output in economicsSolutionWhat is total output .pdf
what is total output in economics
Solution
What is total output in economics
Total output in economics is defined as the quantity of goods or services produced in a given
period ot time by a firm, industry or a country whether consumed or used for further production.
It is the national output that makes a country rich, not the amounts of money. It is a tool to
determine whether an economy is growing or contracting by comparing outputs at two different
points in time. The Gross Domestic Product (GDP) is the measure we use today to measure
national economic output.
*****.
What are the components of the prokaryotic and eukaryotic cells a.pdf
What are the components of the prokaryotic and eukaryotic cells ?
a) Structure, Composition, and function
Solution
Feature
Prokaryotic cell
Eukaryotic cell
Cell size
1-10 µm (But larger surface area to volume ratio. Hence higher metabolic rate, higher growth
rate and shorter generation time) .
10-100 µm
Cell wall
Chemically complexed, mostly made of peptidoglycan.
Present only in fungi and plants.
Cell membrane/plasma membrane
Double layer of phospholipid
Double layer of phospholipid with sterols and carbohydrates as receptors.
Nucleus
Absent
Present with well bound nuclear membrane.
Cell organelles (mitochondria, endoplasmic reticulum, lysosomes, peroxisomes, microtubules,
Golgi apparatus)
Absent
Present with well bound membranes
Vesicles, vacuoles
Present
Present
Ribosomes
Smaller(70 S)
Larger (80 S). Smaller size in organelles.
Cytoskeleton (interconnected system of fibers, threads that give structure to the cell. The main
components are microtubules, microfilaments, and intermediate filaments).
May be present
Present. Cytoplasmic streaming
DNA
A single loop of stable chromosomal DNA stored in the nucleoid area, which lack histones.
Commonly known as plasmids.
DNA is tightly bound and organised with multiple and linear chromosomes.
Transcription and translation occur simultaneously in the cytoplasm
Transcription occurs in the nucleus and translation occurs in the cytoplasm
Genes (Differ in the structure, packing, density, and arrangement on the chromosome.)
Compact genomes since introns and large non-coding regions are absent. All of the genome
codes or controls cellular functions. Genes are also expressed in groups, known as operons. All
the genes in an operon are transcribed on the same RNA and then made into separate proteins.
Majority of genes have no known functions. (About 95% of the human genome does not code for
proteins or RNA or includes a gene promoter).
Genes have their own promoter and transcribed on their own strand of mRNA.
Cell division
Binary fission
Mitosis
Recombination
Transfer of DNA
Meiosis
Feature
Prokaryotic cell
Eukaryotic cell
Cell size
1-10 µm (But larger surface area to volume ratio. Hence higher metabolic rate, higher growth
rate and shorter generation time) .
10-100 µm
Cell wall
Chemically complexed, mostly made of peptidoglycan.
Present only in fungi and plants.
Cell membrane/plasma membrane
Double layer of phospholipid
Double layer of phospholipid with sterols and carbohydrates as receptors.
Nucleus
Absent
Present with well bound nuclear membrane.
Cell organelles (mitochondria, endoplasmic reticulum, lysosomes, peroxisomes, microtubules,
Golgi apparatus)
Absent
Present with well bound membranes
Vesicles, vacuoles
Present
Present
Ribosomes
Smaller(70 S)
Larger (80 S). Smaller size in organelles.
Cytoskeleton (interconnected system of fibers, threads that give structure to the cell. The main
components are microtubules, microfilaments, and intermediate filaments).
May be present
Present. Cytoplasmic streaming
.
The Software Quality plan and a Software Configuration Management pl.pdf
The Software Quality plan and a Software Configuration Management plan describe the
activities, procedures, standards, and tools that will be used for the projects software quality and
configuration management activities.
Does a project need both? Why or why not?
Solution
Software Qualiy plan describes the ways to achieve the quality standards,It defines and describes
the quality assurance activities which needs to be executed on day to day basis.And for each
project the plan needs to be in place because if a project comes up and doesn\'t meet the quality
standard then all the hardwork done on other parts will be a waste.
Software Configuration Management : This is the process of tracking the changes made in the
software running whether a new entry made or changes to existing one made. Its required in
order to keep track of changes and whenever due to some change done in current release goes
wrong then we can go back to the previous state , one of the example is SVN which is version
control tool which gives the flexibility to check what all changes has been done to it and due to
which change functionality is not working properly..
t distribution is a continuous distribution.TrueFalseSolutio.pdf
t distribution is a continuous distribution.
True
False
Solution
true. In probability and statistics, Student\'s t-distribution (or simply the t-distribution) is any
member of a family of continuousprobability distributions that arises when estimating the mean
of a normally distributed population in situations where thesample size is small and population
standard deviation is unknown.
Since this is a group discussion, each group has own conversation for.pdf
Since this is a group discussion, each group has own conversation for this topic, Here are the
ones you have access to: group own Discussion Question 2 Please answer the question below.
Minimum participation standard: You must one original response and one return comment p to
classmates. You will not be able to see other student\'s response until you answer the question.
This discussion question addresses and aligns with the following Course Learning objectives 1.
Recognize general microbiology concepts including microbial diversity (prokaryotic and
eukaryotic) characteristics. taxonomy. metabolism growth and control reproduction, genetics,
biotechnology and immunology 2. Evaluate the importance of microbes to health and disease.
ecology and industry. 4. Apply concepts of general microbiology to natural world and society.
Addresses and aligns with the following Chapter Learning objective: 5.15- Analyze the relative
importance of viruses in human infection and disease Topic from Chapter 5: Viral structure and
Life cycles-ls there such a thing as a \"good virus\"? Explain why or why not. Consider both
bacteriophages and viruses of eukaryotic organisms. Unread Search entries or author Reply
Replies are only visible to those who have posted at least one reply Previous
Solution
Bacteriophages and virus of eukaryotes organisms which include the Endogenous Retroviruses
(ERVs) can be considered as good virus because they are beneficial to the host. The
bacteriophages may be used to feed on certain infectious harmful bacterias. These phages are
normally found in mucosal membranes thus residing in mucus of nose, mouth, genitals etc. The
incoming pathogenic bacteria are invaded and combat operation is performed by these phages
which protects the body. Also similar kind of phage therapy wherein bacteriophages are used to
treat skin infections is used against acne.
These phages confer the antibacterial resistance.
ERVs have an evolutionary role in protecting the human fetus. They do so in many ways. Being
the Retroviruses, the ERVs integrate their genome with the human genome as a result of which
around 2-7% of human genome is of the viral origin. Retrovirus infection in reproductive cells
can be passed on in generations as the ERVs. Such an infection is thought to be leading to
viviparity in mammals which aids the developing fetus to survive mothers immune system. The
ERVs most useful in this task are theEndosymbiotic ERVs.
During pregnancy these ERVs are initiated in high amounts when the fetus is implanted. These
are immunodepressors, which shield the baby from its mom\'s immune system. They also secrete
a few viral proteins which help in formation of the placental syncytium which controls the
exchange of migratory cells between the embryo and the mother..
REEF Activity Which of the following general transcriptions factors u.pdf
REEF Activity Which of the following general transcriptions factors used by RNA Polymerase
ll would be inactive if the polymerase were unable to be recruited? TFIIB TFIID TFIIE TFIIF
TFIIH
Solution
RNA polymerase II would be inactiveif the polymerase fails to recruit TFIID.
TFIID binds to TATA box to initiate the transcription of DNA by RNA polymerase II..
Q2. Jay rents a room in his house to a college student. In the event.pdf
Q2. Jay rents a room in his house to a college student. In the event that the house is seriously
damaged by a fire or other peril, what kind of loss(es), in addition to the actual cash value of the
damaged home, is Jay likely to encounter? A2. (At least one loss exposure; and inappropriate
explanation will make deduction)
Solution
Jay Loses his Rental Income which he can earn when the house exists
This is a Oppurtunity Cost for JAy.
Problem 5.7 Part A How do mammals, including humans, solve the dosa.pdf
Problem 5.7 Part A How do mammals, including humans, solve the \"dosage problem\" caused
by the presence of an X and Y chromosome in one sex and two X chromosomes in the other sex?
Male RNA transcripts from the X chromosome have leaders that cause them to be translated at
twice the rate as those in females. O Females produce twice the RNA transcripts as males do, but
in females half of them are destroyed before being translated. O n males, the X chromosome is
up-regulated so that its genes are transcribed and translated twice as much as the X chromosomes
in females O They don\'t, but the X chromosome contains genes whose expression is not
quantitatively sensitive, so the differences are not important. O They don\'t; the fact that females
have twice as much X chromosome protein products as males is critical for sex determination in
mammals. o n females, one of the X chromosomes is condensed and largely inactive so that each
sex has one active X chromosome Submit My Answers Give Up Provide Feedback Continue
Solution
1. Dosage compensation is the process by which the expression levels of sex-linked genes are
altered in one sex to offset a difference in sex chromosome number between females and males
of a heterogametic species. In case of humans, females have two copies of X chromosome(XX)
and males have one(XY). Therefore, the females can produce twice as much gene product than
the males,but it is due to Dosage Compensation that one of the X chromosomeis condensed and
inactivated and hence the activity of X-linked genes is made equal in both the sexes.
In case of placental mammals, i.e, marsupials Dosage Compensation is initiated by inactivation
of one X chromosome in somatic cells of the females.
2. Down syndrome, one of the most familiar type of human trisomy in which affected individuals
have an extra copy of chromosome 21 which is caused by nondisjunction of chromosome 21
during oogenesis. This incidence is related to maternal age, wherein with growing age of mothers
there is a possibility that the chromosome tetrad during prophase I of meiosis will not remain
together. Before birth, all oocytes are arrested in Diplotene stage in females. Once the beginning
of menstrual period, meiosis resumes which indicates that the chromosomes in the tetrad must
remain properly associated till menopause. Now, with maternal age there is a probability of these
associations to break down which may lead to nondisjunction at Anaphase I..
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Part A Why is the amniotic egg considered an important evolutionary a.pdf
- 1. Part A Why is the amniotic egg considered an important evolutionary adaptation? O Allowed the development of many more offspring O Reduced the dependence on an aqueous environment for reproduction O Allowed internal fertilization to occur O Reduced the need for sexual reproduction O It helps to separate the mammals from other groups such as reptiles Submit My Answers Give Up Incorrect, one attempt remaining, Try Again Solution -Why is the aminotic egg considered an important evolutionary adaptation? Aminotic eggs are evolutionary separation between amphibians and reptiles. As the amphibians lays eggs which are non- aminotic and must be remain in water while the amniotic eggs of reptiles were able to lay their eggs on land. As the aminotic egg is surrounded by tough outer shell that protect the egg from predator, damage and drying. It also contains series of fluid-filled membranes includes aminon, allantois, yolk sac and chorion.The first membrane is chorion which carries oxygen from shell to the embryo and waste carbon dioxide from embyo to the shell. Aminon is the layer filled with aminotic fluid which keeps the embyo from drying out. The third layer alantois, stores waste from embryo and fuse with chorion to fom chorioallantoic membrane, which helps to carry oxgen and carbon dioxide to and from the embryo. A fourth membrane yolk sac helps to provide nutrition to the developing embryo. - Plants , fungi and animals all have eukaroytic cells. This is due to : In this evloution, the distantly related or unrelated organisms evolve similar body forms, organs and adaptation. They tend to evlove similar trait due to their adaptation to similar environment.