Q-1Ans-MAC address is a globally unique identifier assigned to n.pdf
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Q-1 Ans- MAC address is a globally unique identifier assigned to network devices, and therefore it is often referred to as hardware or physical address. MAC addresses are 6-byte (48-bits) in length Solution Q-1 Ans- MAC address is a globally unique identifier assigned to network devices, and therefore it is often referred to as hardware or physical address. MAC addresses are 6-byte (48-bits) in length.
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Weighted average cost of all financing sources(Thus weight is give.pdf
Weighted average cost of all financing sources
(Thus weight is given to all the sources of finance)
Solution
Weighted average cost of all financing sources
(Thus weight is given to all the sources of finance).
( 1) jirovecii tropozoites produce sexually by fission is a false st.pdf
( 1) jirovecii tropozoites produce sexually by fission is a false statement.
(2) influenza,mycoplasma,rhinovirus,respiratory syncytial virus are responsible for respiratory
disease in infants.
Solution
( 1) jirovecii tropozoites produce sexually by fission is a false statement.
(2) influenza,mycoplasma,rhinovirus,respiratory syncytial virus are responsible for respiratory
disease in infants..
import java.util.; public class queuing{ get factorial in.pdf
import java.util.*; public class queuing{ //get factorial int m = 20;//20 double b = .2;//.2
double p = .02;//.2 double prob = .05;//.5 int notque = 0; int not = 1-notque; double B
= 0; public static int factorial(int n) { if (n <= 1) { return 1; } else { return n *
factorial(n-1); } } public String math(){ while((1-notque) > prob){ B +=
.2;//.2 notque = 0; double n = Math.round(B/b); for(int i = 0; i<=n ;i++ ){
double mfact = factorial(m);// double nfact = factorial(i);// double
msns = factorial(m-i);// double nCr = (mfact)/(nfact*msns) ;//;nfact*factorial((int)msns)
double pow1 = Math.pow(p,i); double inactive = m-i; double pow2 =
Math.pow((1-p),inactive); notque += nCr * pow1 * pow2; } } return
\"speed of \" + B + \" users \" + m + \" transmitting at \" + b + \" Mbps \" + Math.round(p*100);
} public static void main(String []args){ queuing x = new queuing();
System.out.println(x.math()); } }
Solution
import java.util.*; public class queuing{ //get factorial int m = 20;//20 double b = .2;//.2
double p = .02;//.2 double prob = .05;//.5 int notque = 0; int not = 1-notque; double B
= 0; public static int factorial(int n) { if (n <= 1) { return 1; } else { return n *
factorial(n-1); } } public String math(){ while((1-notque) > prob){ B +=
.2;//.2 notque = 0; double n = Math.round(B/b); for(int i = 0; i<=n ;i++ ){
double mfact = factorial(m);// double nfact = factorial(i);// double
msns = factorial(m-i);// double nCr = (mfact)/(nfact*msns) ;//;nfact*factorial((int)msns)
double pow1 = Math.pow(p,i); double inactive = m-i; double pow2 =
Math.pow((1-p),inactive); notque += nCr * pow1 * pow2; } } return
\"speed of \" + B + \" users \" + m + \" transmitting at \" + b + \" Mbps \" + Math.round(p*100);
} public static void main(String []args){ queuing x = new queuing();
System.out.println(x.math()); } }.
Zeff increases from rigght to left in a period, a.pdf
Zeff increases from rigght to left in a period, and increases slightly from top to
bottom in a group.
Solution
Zeff increases from rigght to left in a period, and increases slightly from top to
bottom in a group..
What exactly was involved in the reaction Were y.pdf
What exactly was involved in the reaction? Were you neutralizing an acid or a
base? Just adding bicarb to water? In any case My best guess would be CO2(g) NaHCO3 + H+
<==> Na+ + H2O + CO2
Solution
What exactly was involved in the reaction? Were you neutralizing an acid or a
base? Just adding bicarb to water? In any case My best guess would be CO2(g) NaHCO3 + H+
<==> Na+ + H2O + CO2.
True Infrared spectroscopy is one of the fastest.pdf
True Infrared spectroscopy is one of the fastest methods for determining
information ... molecular structure on a wide variety of compounds. ... A typical organic ... As
you can see in the IR spectrum of 1-butanol, there are many short peaks
Solution
True Infrared spectroscopy is one of the fastest methods for determining
information ... molecular structure on a wide variety of compounds. ... A typical organic ... As
you can see in the IR spectrum of 1-butanol, there are many short peaks.
sp2 note; NO2- adopts a bent and planar geometry.pdf
sp2 note; NO2- adopts a bent and planar geometry, thus it is sp2-hybridized.
Solution
sp2 note; NO2- adopts a bent and planar geometry, thus it is sp2-hybridized..
I2 is purple color. using oxidizing areagent to o.pdf
I2 is purple color. using oxidizing areagent to oxdize NaI to I2. through color
change, you can judge if the salt contains I- ion or not. such as use H2SO4 to oxidize it. 2 Na+ +
2 I- + 2 H+ + 2 HSO4- <-> 2 Na+ + I2 + HSO3- + HSO4- + H2O.
Solution
I2 is purple color. using oxidizing areagent to oxdize NaI to I2. through color
change, you can judge if the salt contains I- ion or not. such as use H2SO4 to oxidize it. 2 Na+ +
2 I- + 2 H+ + 2 HSO4- <-> 2 Na+ + I2 + HSO3- + HSO4- + H2O..
Recommended
Weighted average cost of all financing sources(Thus weight is give.pdf
Weighted average cost of all financing sources
(Thus weight is given to all the sources of finance)
Solution
Weighted average cost of all financing sources
(Thus weight is given to all the sources of finance).
( 1) jirovecii tropozoites produce sexually by fission is a false st.pdf
( 1) jirovecii tropozoites produce sexually by fission is a false statement.
(2) influenza,mycoplasma,rhinovirus,respiratory syncytial virus are responsible for respiratory
disease in infants.
Solution
( 1) jirovecii tropozoites produce sexually by fission is a false statement.
(2) influenza,mycoplasma,rhinovirus,respiratory syncytial virus are responsible for respiratory
disease in infants..
import java.util.; public class queuing{ get factorial in.pdf
import java.util.*; public class queuing{ //get factorial int m = 20;//20 double b = .2;//.2
double p = .02;//.2 double prob = .05;//.5 int notque = 0; int not = 1-notque; double B
= 0; public static int factorial(int n) { if (n <= 1) { return 1; } else { return n *
factorial(n-1); } } public String math(){ while((1-notque) > prob){ B +=
.2;//.2 notque = 0; double n = Math.round(B/b); for(int i = 0; i<=n ;i++ ){
double mfact = factorial(m);// double nfact = factorial(i);// double
msns = factorial(m-i);// double nCr = (mfact)/(nfact*msns) ;//;nfact*factorial((int)msns)
double pow1 = Math.pow(p,i); double inactive = m-i; double pow2 =
Math.pow((1-p),inactive); notque += nCr * pow1 * pow2; } } return
\"speed of \" + B + \" users \" + m + \" transmitting at \" + b + \" Mbps \" + Math.round(p*100);
} public static void main(String []args){ queuing x = new queuing();
System.out.println(x.math()); } }
Solution
import java.util.*; public class queuing{ //get factorial int m = 20;//20 double b = .2;//.2
double p = .02;//.2 double prob = .05;//.5 int notque = 0; int not = 1-notque; double B
= 0; public static int factorial(int n) { if (n <= 1) { return 1; } else { return n *
factorial(n-1); } } public String math(){ while((1-notque) > prob){ B +=
.2;//.2 notque = 0; double n = Math.round(B/b); for(int i = 0; i<=n ;i++ ){
double mfact = factorial(m);// double nfact = factorial(i);// double
msns = factorial(m-i);// double nCr = (mfact)/(nfact*msns) ;//;nfact*factorial((int)msns)
double pow1 = Math.pow(p,i); double inactive = m-i; double pow2 =
Math.pow((1-p),inactive); notque += nCr * pow1 * pow2; } } return
\"speed of \" + B + \" users \" + m + \" transmitting at \" + b + \" Mbps \" + Math.round(p*100);
} public static void main(String []args){ queuing x = new queuing();
System.out.println(x.math()); } }.
Zeff increases from rigght to left in a period, a.pdf
Zeff increases from rigght to left in a period, and increases slightly from top to
bottom in a group.
Solution
Zeff increases from rigght to left in a period, and increases slightly from top to
bottom in a group..
What exactly was involved in the reaction Were y.pdf
What exactly was involved in the reaction? Were you neutralizing an acid or a
base? Just adding bicarb to water? In any case My best guess would be CO2(g) NaHCO3 + H+
<==> Na+ + H2O + CO2
Solution
What exactly was involved in the reaction? Were you neutralizing an acid or a
base? Just adding bicarb to water? In any case My best guess would be CO2(g) NaHCO3 + H+
<==> Na+ + H2O + CO2.
True Infrared spectroscopy is one of the fastest.pdf
True Infrared spectroscopy is one of the fastest methods for determining
information ... molecular structure on a wide variety of compounds. ... A typical organic ... As
you can see in the IR spectrum of 1-butanol, there are many short peaks
Solution
True Infrared spectroscopy is one of the fastest methods for determining
information ... molecular structure on a wide variety of compounds. ... A typical organic ... As
you can see in the IR spectrum of 1-butanol, there are many short peaks.
sp2 note; NO2- adopts a bent and planar geometry.pdf
sp2 note; NO2- adopts a bent and planar geometry, thus it is sp2-hybridized.
Solution
sp2 note; NO2- adopts a bent and planar geometry, thus it is sp2-hybridized..
I2 is purple color. using oxidizing areagent to o.pdf
I2 is purple color. using oxidizing areagent to oxdize NaI to I2. through color
change, you can judge if the salt contains I- ion or not. such as use H2SO4 to oxidize it. 2 Na+ +
2 I- + 2 H+ + 2 HSO4- <-> 2 Na+ + I2 + HSO3- + HSO4- + H2O.
Solution
I2 is purple color. using oxidizing areagent to oxdize NaI to I2. through color
change, you can judge if the salt contains I- ion or not. such as use H2SO4 to oxidize it. 2 Na+ +
2 I- + 2 H+ + 2 HSO4- <-> 2 Na+ + I2 + HSO3- + HSO4- + H2O..
conductivity of the solution is due to its ions. .pdf
conductivity of the solution is due to its ions. The mobility of the ions in the
solution will cause the conductivity. If the no . of ions in the solution is more then the mobility of
the ions will be more there by the condictivity will be more. CaCl2 ----> Ca2+ + 2 Cl- totally
(1+2)=3 ions Fe(NO3)3 ----> Fe 3+ + 3 NO3 - totally (1+3) = 4 ions So No . of ions in
Fe(NIO3)3 will be more its conductivity will be more in solution.
Solution
conductivity of the solution is due to its ions. The mobility of the ions in the
solution will cause the conductivity. If the no . of ions in the solution is more then the mobility of
the ions will be more there by the condictivity will be more. CaCl2 ----> Ca2+ + 2 Cl- totally
(1+2)=3 ions Fe(NO3)3 ----> Fe 3+ + 3 NO3 - totally (1+3) = 4 ions So No . of ions in
Fe(NIO3)3 will be more its conductivity will be more in solution..
X has density function x2 ( ox2)Y = X(2 - X)the density f.pdf
X has density function x/2 ( o
Solution
X has density function x/2 ( o.
Sorry ,need more informationSolutionSorry ,need more informati.pdf
Sorry ,need more information
Solution
Sorry ,need more information.
raised outcomes exists across several situations, as an example by .pdf
raised outcomes exists across several situations, as an example: by analyzing patient
characteristics and also the price and outcomes of care to spot the foremost clinically and value
effective treatments and supply analysis and tools, thereby influencing supplier behavior;
applying advanced analytics to patient profiles (e.g., segmentation and prognostic modeling) to
proactively determine people WHO would like preventative care or way changes; broad scale
illness identification to spot prognostic events and support interference initiatives; assembling
and commercial enterprise knowledge on medical procedures, therefore aiding patients in crucial
the care protocols or regimens that provide the most effective value; distinctive, predicting and
minimizing fraud by implementing advanced analytic systems for fraud detection and checking
the accuracy and consistency of claims; and, implementing a lot of nearer to period, claim
authorization; making new revenue streams by aggregating and synthesizing patient clinical
records and claims knowledge sets to supply knowledge and services to 3rd parties, for example,
licensing knowledge to help pharmaceutical firms in distinctive patients for inclusion in clinical
trials. several payers square measure developing and deploying mobile apps that facilitate
patients manage their care, find suppliers and improve their health. Via analytics, payers square
measure able to monitor adherence to drug and treatment regimens and observe trends that result
in individual and population eudaemonia advantages [12, 16, 17, 18].
This article provides an outline of massive knowledge analytics in care because it is rising as a
discipline. First, we tend to outline and discuss the assorted blessings and characteristics of
massive knowledge analytics in care. Then we tend to describe the branch of knowledge
framework of massive knowledge analytics in care. Third, the massive knowledge analytics
application development methodology is delineate. Fourth, we offer samples of huge knowledge
analytics in care rumored within the literature. Fifth, the challenges square measure known.
Lastly, we provide conclusions and future directions.
Big knowledge analytics in care
Health knowledge volume is anticipated to grow dramatically within the years ahead [6].
additionally, care compensation models square measure changing; pregnant use and get
performance square measure rising as essential new factors in today’s care surroundings. though
profit isn\'t and may not be a primary incentive, it\'s vitally vital for care organizations to amass
the out there tools, infrastructure, and techniques to leverage huge knowledge effectively
alternatively risk losing doubtless scores of bucks in revenue and profits [19].
What precisely is huge data? A report delivered to the U.S. Congress in August 2012 defines
huge knowledge as “large volumes of high speed, complex, and variable knowledge that need
advanced techniques and technologies to alter the capt.
Net neutrality is the principle that Internet service providers and .pdf
Net neutrality is the principle that Internet service providers and governments regulating the
Internet should treat all data on the Internet the same, not discriminating or charging
differentially by user, content, website, platform, application, type of attached equipment, or
mode of communication.
supporters of net neutrality wants cable operators not to screen,interrupt or filter internet content
without a court order.
for example consider a case where companies X and Y are comepetitors, if there is no net
neutrality then if X gives money to cable companies the companies can make people accessing Y
experience unfortable by giving less speeds,bandwidth etc. website of X opens fast but Y\'s
website can be loaded slow or not lod at all.eliminating net neutrality may make internet just as
cable tv where the content will be made to user only if they pay for the service.and monopolistic
companies may take severe advantage. so cable companies have all advantages if net neutrality is
not passed.
Solution
Net neutrality is the principle that Internet service providers and governments regulating the
Internet should treat all data on the Internet the same, not discriminating or charging
differentially by user, content, website, platform, application, type of attached equipment, or
mode of communication.
supporters of net neutrality wants cable operators not to screen,interrupt or filter internet content
without a court order.
for example consider a case where companies X and Y are comepetitors, if there is no net
neutrality then if X gives money to cable companies the companies can make people accessing Y
experience unfortable by giving less speeds,bandwidth etc. website of X opens fast but Y\'s
website can be loaded slow or not lod at all.eliminating net neutrality may make internet just as
cable tv where the content will be made to user only if they pay for the service.and monopolistic
companies may take severe advantage. so cable companies have all advantages if net neutrality is
not passed..
Malnutrition people lacks energy so they interact less with the peop.pdf
Malnutrition people lacks energy so they interact less with the people around them affecting the
mental, physical and cognitive development of that individual.
Solution
Malnutrition people lacks energy so they interact less with the people around them affecting the
mental, physical and cognitive development of that individual..
Insecticide .pdf
Insecticide
An insecticide is a substance used to kill insects. They
include ovicides and larvicides used against insect eggs and larvae, respectively. Insecticides are
used in agriculture, medicine, industry and by consumers. Insecticides are claimed to be a major
factor behind the increase in agricultural 20th century\'s productivity . Nearly all insecticides
have the potential to significantly alter ecosystems; many are toxic to humans; some concentrate
along the food chain.
Insecticides can be classified in two major groups: systemic insecticides, which have residual or
long term activity; and contact insecticides, which have no residual activity.
Furthermore, one can distinguish three types of insecticide. 1. Natural insecticides, such as
nicotine, pyrethrum and neem extracts, made by plants as defenses against insects. 2. Inorganic
insecticides, which are metals. 3. Organic insecticides, which are organic chemical compounds,
mostly working by contact.
The mode of action describes how the pesticide kills or inactivates a pest. It provides another
way of classifying insecticides. Mode of action is important in understanding whether an
insecticide will be toxic to unrelated species, such as fish, birds and mammals.
Insecticides are distinct from insect repellents, which do not kill.
activity
Systemic insecticides become incorporated and distributed systemically throughout the whole
plant. When insects feed on the plant, they ingest the insecticide. Systemic insecticides produced
by transgenic plants are called plant-incorporated protectants (PIPs). For instance, a gene that
codes for a specific Bacillus thuringiensis biocidal protein was introduced into corn and other
species. The plant manufactures the protein, which kills the insect when consumed .Contact
insecticides are toxic to insects upon direct contact. These can be inorganic insecticides, which
are metals and include arsenates, copper and fluorine compounds, which are less commonly
used, and the commonly used sulfur. Contact insecticides can be organic insecticides, i.e. organic
chemical compounds, synthetically produced, and comprising the largest numbers of pesticides
used today. Or they can be natural compounds like pyrethrum, neem oil etc. Contact insecticides
usually have no residual activity.
Efficacy can be related to the quality of pesticide application, with small droplets, such as
aerosols often improving performance.[4][better source needed]
Biological pesticides
Main article: Biopesticide
Many organic compounds are produced by plants for the purpose of defending the host plant
from predation. A trivial case is tree rosin, which is a natural insecticide. Specific, the production
of oleoresin by conifer species is a component of the defense response against insect attack and
fungal pathogen infection . Many fragrances, e.g. oil of wintergreen, are in fact antifeedants.
Four extracts of plants are in commercial use: pyrethrum, rotenone, neem oil, and various
essential oil.
C. 10.0.0.65Host 10.0.0.65 is the device IP address of the host th.pdf
C. 10.0.0.65
Host 10.0.0.65 is the device IP address of the host that accessed a web server on port 80.
Solution
C. 10.0.0.65
Host 10.0.0.65 is the device IP address of the host that accessed a web server on port 80..
import java.util.; public class IteratorDemo {public static voi.pdf
import java.util.*;
public class IteratorDemo {
public static void main(String args[]) {
// Create an array list
ArrayList al = new ArrayList();
// add elements to the array list
al.add(\"C\");
al.add(\"A\");
al.add(\"E\");
al.add(\"B\");
al.add(\"D\");
al.add(\"F\");
// Use iterator to display contents of al
System.out.print(\"Original contents of al: \");
Iterator itr = al.iterator();
while(itr.hasNext()) {
Object element = itr.next();
System.out.print(element + \" \");
}
System.out.println();
// Modify objects being iterated
ListIterator litr = al.listIterator();
while(litr.hasNext()) {
Object element = litr.next();
litr.set(element + \"+\");
}
System.out.print(\"Modified contents of al: \");
itr = al.iterator();
while(itr.hasNext()) {
Object element = itr.next();
System.out.print(element + \" \");
}
System.out.println();
// Now, display the list backwards
System.out.print(\"Modified list backwards: \");
while(litr.hasPrevious()) {
Object element = litr.previous();
System.out.print(element + \" \");
}
System.out.println();
}
}
public class GenericMethodTest {
// generic method printArray
public static < E > void printArray( E[] inputArray ) {
// Display array elements
for(E element : inputArray) {
System.out.printf(\"%s \", element);
}
System.out.println();
}
public static void main(String args[]) {
// Create arrays of Integer, Double and Character
Integer[] intArray = { 1, 2, 3, 4, 5 };
Double[] doubleArray = { 1.1, 2.2, 3.3, 4.4 };
Character[] charArray = { \'H\', \'E\', \'L\', \'L\', \'O\' };
System.out.println(\"Array integerArray contains:\");
printArray(intArray); // pass an Integer array
System.out.println(\"\ Array doubleArray contains:\");
printArray(doubleArray); // pass a Double array
System.out.println(\"\ Array characterArray contains:\");
printArray(charArray); // pass a Character array
}
}
Solution
import java.util.*;
public class IteratorDemo {
public static void main(String args[]) {
// Create an array list
ArrayList al = new ArrayList();
// add elements to the array list
al.add(\"C\");
al.add(\"A\");
al.add(\"E\");
al.add(\"B\");
al.add(\"D\");
al.add(\"F\");
// Use iterator to display contents of al
System.out.print(\"Original contents of al: \");
Iterator itr = al.iterator();
while(itr.hasNext()) {
Object element = itr.next();
System.out.print(element + \" \");
}
System.out.println();
// Modify objects being iterated
ListIterator litr = al.listIterator();
while(litr.hasNext()) {
Object element = litr.next();
litr.set(element + \"+\");
}
System.out.print(\"Modified contents of al: \");
itr = al.iterator();
while(itr.hasNext()) {
Object element = itr.next();
System.out.print(element + \" \");
}
System.out.println();
// Now, display the list backwards
System.out.print(\"Modified list backwards: \");
while(litr.hasPrevious()) {
Object element = litr.previous();
System.out.print(element + \" \");
}
System.out.println();
}
}
public class GenericMethodTest {
// generic method printArray
public static < E > void printArray( E[].
Given that 11 divides n^2But 11 is prime and has factors as 1 and .pdf
Given that 11 divides n^2
But 11 is prime and has factors as 1 and 11 only
Hence 11 divides n^2 means 11 divides nxn
implies 11 divides any one factor n
It follows that 11/n holds good.
Solution
Given that 11 divides n^2
But 11 is prime and has factors as 1 and 11 only
Hence 11 divides n^2 means 11 divides nxn
implies 11 divides any one factor n
It follows that 11/n holds good..
Formation of high spin and low spin complexes takes placebasing on t.pdf
Formation of high spin and low spin complexes takes placebasing on their electronic
configurations.
a) Mo3+
Mo - Z = 42
Electronic configuration : (Kr)4d55s1
Mo3+ : (Kr)4d35s0
There are only threeunpaired electrons in the valency shell. So in the presence ofstrong or
weak ligand only low spin complex is formed. SoMo3+ can only for low spin complex.
b) Rh3+
Z = 45
Electronic configuration : (Kr)4d85s1
Rh3+ : (Kr)4d65s0
Thereare six unpaired electrons in the valency shell. So in thepresence of strong ligand six
can pair up to formthree electron pairs and allow the two orbitals for theformation of low spin
comples. When weak field complex isthere six electrons remains as unpaired and forms highspin
complex.So it can form both high as well as low spin complexes.
c) Co2+
Z = 27
Electronic configuration : (Ar)3d74s2
Co2+ : (Ar)3d74s0
Thereare seven unpaired electrons in the valency shell. So in thepresence of strong or weak
ligand only high spin complex isformed. So Co2+ can only for high spincomplex.
d) Pt2+
Z = 78
Electronic configuration : (Xe)4f145d96s1
Pt2+ : (Xe)4f145d86s0
There are eight unpaired electrons in thevalency shell. So in the presence of strong or weak
ligandonly high spin complex is formed. So Pt2+ canonly for high spin complex.
So out of the above four Pt2+ ,Co2+ , Mo3+ can not form bothhigh and low spin complexes.
Hope it helps you. For further doubts let me know.
Electronic configuration : (Kr)4d85s1
Rh3+ : (Kr)4d65s0
Thereare six unpaired electrons in the valency shell. So in thepresence of strong ligand six
can pair up to formthree electron pairs and allow the two orbitals for theformation of low spin
comples. When weak field complex isthere six electrons remains as unpaired and forms highspin
complex.So it can form both high as well as low spin complexes.
c) Co2+
Z = 27
Electronic configuration : (Ar)3d74s2
Co2+ : (Ar)3d74s0
Thereare seven unpaired electrons in the valency shell. So in thepresence of strong or weak
ligand only high spin complex isformed. So Co2+ can only for high spincomplex.
d) Pt2+
Z = 78
Electronic configuration : (Xe)4f145d96s1
Pt2+ : (Xe)4f145d86s0
There are eight unpaired electrons in thevalency shell. So in the presence of strong or weak
ligandonly high spin complex is formed. So Pt2+ canonly for high spin complex.
So out of the above four Pt2+ ,Co2+ , Mo3+ can not form bothhigh and low spin complexes.
Hope it helps you. For further doubts let me know.
Thereare six unpaired electrons in the valency shell. So in thepresence of strong ligand six
can pair up to formthree electron pairs and allow the two orbitals for theformation of low spin
comples. When weak field complex isthere six electrons remains as unpaired and forms highspin
complex.So it can form both high as well as low spin complexes.
c) Co2+
Z = 27
Electronic configuration : (Ar)3d74s2
Co2+ : (Ar)3d74s0
Thereare seven unpaired electrons in the valency shell. So in thepresence of strong or weak
ligand only high spin complex isformed. So Co2+ .
Following are the four financial statement that are contained in mos.pdf
Following are the four financial statement that are contained in most annual reports.
Solution
Following are the four financial statement that are contained in most annual reports..
Date class that represents a date consisting of a year, month, and a.pdf
Date class that represents a date consisting of a year, month, and a day
import java.util.TimeZone;
public class Date {
// constants
private static final int JANUARY = 1;
private static final int FEBRUARY = 2;
private static final int DECEMBER = 12;
private static final int DAYS_PER_WEEK = 7;
private static final int DAYS_PER_YEAR = 365;
private static final int DAYS_PER_LEAP_YEAR = 366;
private static final String[] DAY_NAMES = {\"SUNDAY\", \"MONDAY\", \"TUESDAY\",
\"WEDNESDAY\", \"THURSDAY\", \"FRIDAY\", \"SATRDAY\"};
private static final int[] DAYS_PER_MONTH = { -1,
// 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31,
};
// fields
private int year;
private int month;
private int day;
/**
Constructs a new object representing the given year, month, and day.
@throws IllegalArgumentException if month is not between 1 and 12, or if day is not between 1
and the number of days in that month.
*/
public Date(int year, int month, int day) {
this.year = year;
this.month = month;
this.day = day;
if (month < 1 || month > 12 || day < 1 || day > getDaysInMonth()) {
throw new IllegalArgumentException(\"Invalid day or month: \" + toString());
}
}
/** Constructs a new object representing today\'s date. */
public Date() {
this(2006, july
, 22);
int daysSinceEpoch = (int) ((System.currentTimeMillis() +
TimeZone.getDefault().getRawOffset()) / 1000 / 60 / 60 / 24);
for (int i = 0; i < daysSinceEpoch; i++) {
nextDay();
}
}
/**
Adds the given number of days to this Date.
@throws IllegalArgumentException if days < 0.
*/
public void addDays(int days) {
while (days > getDaysInYear()) {
days -= getDaysInYear();
year++;
}
for (int i = 1; i <= days; i++) {
nextDay();
}
}
/**
Returns whether o refers to a Date object representing the same
year, month, and day as this one.
*/
public boolean equals(Object o) {
Date other = (Date) o;
return day == other.day &&
month == other.month &&
year == other.year;
}
/**
Returns the day represented by this Date object.
@return the day, between 1 and the number of days in this Date\'s month
(which varies from 28 to 31)
*/
public int getDay() {
return day;
}
/** Returns the number of days in the month represented by the current Date. */
public int getDaysInMonth() {
int result = DAYS_PER_MONTH[month];
if (month == FEBRUARY && isLeapYear()) {
result++;
}
return result;
}
public int getDaysInYear() {
if (isLeapYear()) {
return 366;
} else {
return 365;
}
}
/**
Returns a string such as \"Monday\" representing what day of the week
this Date fell on.
@return the day as either \"Sunday\", \"Monday\", \"Tuesday, \"Wednesday\", \"Thursday\",
\"Friday\", or \"Satrday\"
*/
public String getDayOfWeek() {
int index = 1;
Date temp = new Date(1753, JANUARY, 1);
while (temp != this) {
temp.nextDay();
index = (index + 1) % DAYS_PER_WEEK;
}
return DAY_NAMES[index];
}
/**
Returns the month represented by this Date object.
@return the month, between 1 and 12
*/
public int getMonth() {
return month;
}
/**
Returns the yea.
1. C. Sodium ions.2. B. Active transport.3. A.4. B.5. D. Sto.pdf
1. C. Sodium ions.
2. B. Active transport.
3. A.
4. B.
5. D. Stores calcium ions.
6. D.
7. D.
8.A.
9. B. Acetylecholine.
10. C.
11. C.
13. C.
Solution
1. C. Sodium ions.
2. B. Active transport.
3. A.
4. B.
5. D. Stores calcium ions.
6. D.
7. D.
8.A.
9. B. Acetylecholine.
10. C.
11. C.
13. C..
Calculation of NPVYearCash flowsDiscount factor @ 13Discoun.pdf
Calculation of NPV
Year
Cash flows
Discount factor @ 13%
Discounted Cash flows
0
-765000
1
-765000.00
1
-600000
0.8850
-530973.45
2
-550000
0.7831
-430730.68
3
150000
0.6931
103957.52
4
450000
0.6133
275993.43
5
850000
0.5428
461345.95
6
850000
0.4803
408270.75
7
850000
0.4251
361301.55
8
850000
0.3762
319735.88
NPV
203900.95
Calculation of IRR
Year
Cash flows
Discount factor @ 13%
Discounted Cash flows
Discount factor @ 16%
Discounted Cash flows
0
-765000
1
-765000.00
1.0000
-765000.00
1
-600000
0.8850
-530973.45
0.8621
-517241.38
2
-550000
0.7831
-430730.68
0.7432
-408739.60
3
150000
0.6931
103957.52
0.6407
96098.65
4
450000
0.6133
275993.43
0.5523
248530.99
5
850000
0.5428
461345.95
0.4761
404696.06
6
850000
0.4803
408270.75
0.4104
348875.92
7
850000
0.4251
361301.55
0.3538
300755.10
8
850000
0.3762
319735.88
0.3050
259271.64
NPV
203900.95
-32752.612
IRR is the rate of return at which NPV = 0
Here at 13% we have Positive NPV of 203900.95 and by randomly selecting 16% as discount
rate we have NPV of -32752.612. So, IRR lies in between 13% and 16%.
For a movement of 3% in discount rate NPV changed by 236653.56 [203900.95-(-32752.612)]
So, what is the change in discount rate for a change of 203900.95 in NPV
=203900.95 *3%/236656.56 = 2.58%
Therefore IRR = 13% + 2.58% = 15.58% (approximately)
Year
Cash flows
Discount factor @ 13%
Discounted Cash flows
0
-765000
1
-765000.00
1
-600000
0.8850
-530973.45
2
-550000
0.7831
-430730.68
3
150000
0.6931
103957.52
4
450000
0.6133
275993.43
5
850000
0.5428
461345.95
6
850000
0.4803
408270.75
7
850000
0.4251
361301.55
8
850000
0.3762
319735.88
NPV
203900.95
Solution
Calculation of NPV
Year
Cash flows
Discount factor @ 13%
Discounted Cash flows
0
-765000
1
-765000.00
1
-600000
0.8850
-530973.45
2
-550000
0.7831
-430730.68
3
150000
0.6931
103957.52
4
450000
0.6133
275993.43
5
850000
0.5428
461345.95
6
850000
0.4803
408270.75
7
850000
0.4251
361301.55
8
850000
0.3762
319735.88
NPV
203900.95
Calculation of IRR
Year
Cash flows
Discount factor @ 13%
Discounted Cash flows
Discount factor @ 16%
Discounted Cash flows
0
-765000
1
-765000.00
1.0000
-765000.00
1
-600000
0.8850
-530973.45
0.8621
-517241.38
2
-550000
0.7831
-430730.68
0.7432
-408739.60
3
150000
0.6931
103957.52
0.6407
96098.65
4
450000
0.6133
275993.43
0.5523
248530.99
5
850000
0.5428
461345.95
0.4761
404696.06
6
850000
0.4803
408270.75
0.4104
348875.92
7
850000
0.4251
361301.55
0.3538
300755.10
8
850000
0.3762
319735.88
0.3050
259271.64
NPV
203900.95
-32752.612
IRR is the rate of return at which NPV = 0
Here at 13% we have Positive NPV of 203900.95 and by randomly selecting 16% as discount
rate we have NPV of -32752.612. So, IRR lies in between 13% and 16%.
For a movement of 3% in discount rate NPV changed by 236653.56 [203900.95-(-32752.612)]
So, what is the change in discount rate for a change of 203900.95 in NPV
=203900.95 *3%/236656.56 = 2.58%
Therefore IRR = 13% + 2.58% = 15.58% (approximately)
Year
Cash flows
Discount factor @ 13%
Discounted Cas.
CCD images are calibrated to correct for non-data elements that are .pdf
CCD images are calibrated to correct for non-data elements that are found in each raw data.
Purpose of dark test : Dark test correct for dark current collected on the detector.
Purpose of bias test: Bias test is use to remove the effects of the electrical charge applied to the
detector prior to the exposure.
Purpose of flat and fringe image test: this test is use to correct for uneven field illumination.
Purpose of linearity test : There will certainly be large non-linearities due to the unguided
transfer of electrons from saturated or nearly-saturated pixels to neighbouring pixels so for non
linearity correction linearity test is used.
Solution
CCD images are calibrated to correct for non-data elements that are found in each raw data.
Purpose of dark test : Dark test correct for dark current collected on the detector.
Purpose of bias test: Bias test is use to remove the effects of the electrical charge applied to the
detector prior to the exposure.
Purpose of flat and fringe image test: this test is use to correct for uneven field illumination.
Purpose of linearity test : There will certainly be large non-linearities due to the unguided
transfer of electrons from saturated or nearly-saturated pixels to neighbouring pixels so for non
linearity correction linearity test is used..
Polish students' mobility in the Czech Republic
Polish students mobility to the Czech Republic within eTwinning project "Medieval adventures with Marco Polo"
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conductivity of the solution is due to its ions. .pdf
conductivity of the solution is due to its ions. The mobility of the ions in the
solution will cause the conductivity. If the no . of ions in the solution is more then the mobility of
the ions will be more there by the condictivity will be more. CaCl2 ----> Ca2+ + 2 Cl- totally
(1+2)=3 ions Fe(NO3)3 ----> Fe 3+ + 3 NO3 - totally (1+3) = 4 ions So No . of ions in
Fe(NIO3)3 will be more its conductivity will be more in solution.
Solution
conductivity of the solution is due to its ions. The mobility of the ions in the
solution will cause the conductivity. If the no . of ions in the solution is more then the mobility of
the ions will be more there by the condictivity will be more. CaCl2 ----> Ca2+ + 2 Cl- totally
(1+2)=3 ions Fe(NO3)3 ----> Fe 3+ + 3 NO3 - totally (1+3) = 4 ions So No . of ions in
Fe(NIO3)3 will be more its conductivity will be more in solution..
X has density function x2 ( ox2)Y = X(2 - X)the density f.pdf
X has density function x/2 ( o
Solution
X has density function x/2 ( o.
Sorry ,need more informationSolutionSorry ,need more informati.pdf
Sorry ,need more information
Solution
Sorry ,need more information.
raised outcomes exists across several situations, as an example by .pdf
raised outcomes exists across several situations, as an example: by analyzing patient
characteristics and also the price and outcomes of care to spot the foremost clinically and value
effective treatments and supply analysis and tools, thereby influencing supplier behavior;
applying advanced analytics to patient profiles (e.g., segmentation and prognostic modeling) to
proactively determine people WHO would like preventative care or way changes; broad scale
illness identification to spot prognostic events and support interference initiatives; assembling
and commercial enterprise knowledge on medical procedures, therefore aiding patients in crucial
the care protocols or regimens that provide the most effective value; distinctive, predicting and
minimizing fraud by implementing advanced analytic systems for fraud detection and checking
the accuracy and consistency of claims; and, implementing a lot of nearer to period, claim
authorization; making new revenue streams by aggregating and synthesizing patient clinical
records and claims knowledge sets to supply knowledge and services to 3rd parties, for example,
licensing knowledge to help pharmaceutical firms in distinctive patients for inclusion in clinical
trials. several payers square measure developing and deploying mobile apps that facilitate
patients manage their care, find suppliers and improve their health. Via analytics, payers square
measure able to monitor adherence to drug and treatment regimens and observe trends that result
in individual and population eudaemonia advantages [12, 16, 17, 18].
This article provides an outline of massive knowledge analytics in care because it is rising as a
discipline. First, we tend to outline and discuss the assorted blessings and characteristics of
massive knowledge analytics in care. Then we tend to describe the branch of knowledge
framework of massive knowledge analytics in care. Third, the massive knowledge analytics
application development methodology is delineate. Fourth, we offer samples of huge knowledge
analytics in care rumored within the literature. Fifth, the challenges square measure known.
Lastly, we provide conclusions and future directions.
Big knowledge analytics in care
Health knowledge volume is anticipated to grow dramatically within the years ahead [6].
additionally, care compensation models square measure changing; pregnant use and get
performance square measure rising as essential new factors in today’s care surroundings. though
profit isn\'t and may not be a primary incentive, it\'s vitally vital for care organizations to amass
the out there tools, infrastructure, and techniques to leverage huge knowledge effectively
alternatively risk losing doubtless scores of bucks in revenue and profits [19].
What precisely is huge data? A report delivered to the U.S. Congress in August 2012 defines
huge knowledge as “large volumes of high speed, complex, and variable knowledge that need
advanced techniques and technologies to alter the capt.
Net neutrality is the principle that Internet service providers and .pdf
Net neutrality is the principle that Internet service providers and governments regulating the
Internet should treat all data on the Internet the same, not discriminating or charging
differentially by user, content, website, platform, application, type of attached equipment, or
mode of communication.
supporters of net neutrality wants cable operators not to screen,interrupt or filter internet content
without a court order.
for example consider a case where companies X and Y are comepetitors, if there is no net
neutrality then if X gives money to cable companies the companies can make people accessing Y
experience unfortable by giving less speeds,bandwidth etc. website of X opens fast but Y\'s
website can be loaded slow or not lod at all.eliminating net neutrality may make internet just as
cable tv where the content will be made to user only if they pay for the service.and monopolistic
companies may take severe advantage. so cable companies have all advantages if net neutrality is
not passed.
Solution
Net neutrality is the principle that Internet service providers and governments regulating the
Internet should treat all data on the Internet the same, not discriminating or charging
differentially by user, content, website, platform, application, type of attached equipment, or
mode of communication.
supporters of net neutrality wants cable operators not to screen,interrupt or filter internet content
without a court order.
for example consider a case where companies X and Y are comepetitors, if there is no net
neutrality then if X gives money to cable companies the companies can make people accessing Y
experience unfortable by giving less speeds,bandwidth etc. website of X opens fast but Y\'s
website can be loaded slow or not lod at all.eliminating net neutrality may make internet just as
cable tv where the content will be made to user only if they pay for the service.and monopolistic
companies may take severe advantage. so cable companies have all advantages if net neutrality is
not passed..
Malnutrition people lacks energy so they interact less with the peop.pdf
Malnutrition people lacks energy so they interact less with the people around them affecting the
mental, physical and cognitive development of that individual.
Solution
Malnutrition people lacks energy so they interact less with the people around them affecting the
mental, physical and cognitive development of that individual..
Insecticide .pdf
Insecticide
An insecticide is a substance used to kill insects. They
include ovicides and larvicides used against insect eggs and larvae, respectively. Insecticides are
used in agriculture, medicine, industry and by consumers. Insecticides are claimed to be a major
factor behind the increase in agricultural 20th century\'s productivity . Nearly all insecticides
have the potential to significantly alter ecosystems; many are toxic to humans; some concentrate
along the food chain.
Insecticides can be classified in two major groups: systemic insecticides, which have residual or
long term activity; and contact insecticides, which have no residual activity.
Furthermore, one can distinguish three types of insecticide. 1. Natural insecticides, such as
nicotine, pyrethrum and neem extracts, made by plants as defenses against insects. 2. Inorganic
insecticides, which are metals. 3. Organic insecticides, which are organic chemical compounds,
mostly working by contact.
The mode of action describes how the pesticide kills or inactivates a pest. It provides another
way of classifying insecticides. Mode of action is important in understanding whether an
insecticide will be toxic to unrelated species, such as fish, birds and mammals.
Insecticides are distinct from insect repellents, which do not kill.
activity
Systemic insecticides become incorporated and distributed systemically throughout the whole
plant. When insects feed on the plant, they ingest the insecticide. Systemic insecticides produced
by transgenic plants are called plant-incorporated protectants (PIPs). For instance, a gene that
codes for a specific Bacillus thuringiensis biocidal protein was introduced into corn and other
species. The plant manufactures the protein, which kills the insect when consumed .Contact
insecticides are toxic to insects upon direct contact. These can be inorganic insecticides, which
are metals and include arsenates, copper and fluorine compounds, which are less commonly
used, and the commonly used sulfur. Contact insecticides can be organic insecticides, i.e. organic
chemical compounds, synthetically produced, and comprising the largest numbers of pesticides
used today. Or they can be natural compounds like pyrethrum, neem oil etc. Contact insecticides
usually have no residual activity.
Efficacy can be related to the quality of pesticide application, with small droplets, such as
aerosols often improving performance.[4][better source needed]
Biological pesticides
Main article: Biopesticide
Many organic compounds are produced by plants for the purpose of defending the host plant
from predation. A trivial case is tree rosin, which is a natural insecticide. Specific, the production
of oleoresin by conifer species is a component of the defense response against insect attack and
fungal pathogen infection . Many fragrances, e.g. oil of wintergreen, are in fact antifeedants.
Four extracts of plants are in commercial use: pyrethrum, rotenone, neem oil, and various
essential oil.
C. 10.0.0.65Host 10.0.0.65 is the device IP address of the host th.pdf
C. 10.0.0.65
Host 10.0.0.65 is the device IP address of the host that accessed a web server on port 80.
Solution
C. 10.0.0.65
Host 10.0.0.65 is the device IP address of the host that accessed a web server on port 80..
import java.util.; public class IteratorDemo {public static voi.pdf
import java.util.*;
public class IteratorDemo {
public static void main(String args[]) {
// Create an array list
ArrayList al = new ArrayList();
// add elements to the array list
al.add(\"C\");
al.add(\"A\");
al.add(\"E\");
al.add(\"B\");
al.add(\"D\");
al.add(\"F\");
// Use iterator to display contents of al
System.out.print(\"Original contents of al: \");
Iterator itr = al.iterator();
while(itr.hasNext()) {
Object element = itr.next();
System.out.print(element + \" \");
}
System.out.println();
// Modify objects being iterated
ListIterator litr = al.listIterator();
while(litr.hasNext()) {
Object element = litr.next();
litr.set(element + \"+\");
}
System.out.print(\"Modified contents of al: \");
itr = al.iterator();
while(itr.hasNext()) {
Object element = itr.next();
System.out.print(element + \" \");
}
System.out.println();
// Now, display the list backwards
System.out.print(\"Modified list backwards: \");
while(litr.hasPrevious()) {
Object element = litr.previous();
System.out.print(element + \" \");
}
System.out.println();
}
}
public class GenericMethodTest {
// generic method printArray
public static < E > void printArray( E[] inputArray ) {
// Display array elements
for(E element : inputArray) {
System.out.printf(\"%s \", element);
}
System.out.println();
}
public static void main(String args[]) {
// Create arrays of Integer, Double and Character
Integer[] intArray = { 1, 2, 3, 4, 5 };
Double[] doubleArray = { 1.1, 2.2, 3.3, 4.4 };
Character[] charArray = { \'H\', \'E\', \'L\', \'L\', \'O\' };
System.out.println(\"Array integerArray contains:\");
printArray(intArray); // pass an Integer array
System.out.println(\"\ Array doubleArray contains:\");
printArray(doubleArray); // pass a Double array
System.out.println(\"\ Array characterArray contains:\");
printArray(charArray); // pass a Character array
}
}
Solution
import java.util.*;
public class IteratorDemo {
public static void main(String args[]) {
// Create an array list
ArrayList al = new ArrayList();
// add elements to the array list
al.add(\"C\");
al.add(\"A\");
al.add(\"E\");
al.add(\"B\");
al.add(\"D\");
al.add(\"F\");
// Use iterator to display contents of al
System.out.print(\"Original contents of al: \");
Iterator itr = al.iterator();
while(itr.hasNext()) {
Object element = itr.next();
System.out.print(element + \" \");
}
System.out.println();
// Modify objects being iterated
ListIterator litr = al.listIterator();
while(litr.hasNext()) {
Object element = litr.next();
litr.set(element + \"+\");
}
System.out.print(\"Modified contents of al: \");
itr = al.iterator();
while(itr.hasNext()) {
Object element = itr.next();
System.out.print(element + \" \");
}
System.out.println();
// Now, display the list backwards
System.out.print(\"Modified list backwards: \");
while(litr.hasPrevious()) {
Object element = litr.previous();
System.out.print(element + \" \");
}
System.out.println();
}
}
public class GenericMethodTest {
// generic method printArray
public static < E > void printArray( E[].
Given that 11 divides n^2But 11 is prime and has factors as 1 and .pdf
Given that 11 divides n^2
But 11 is prime and has factors as 1 and 11 only
Hence 11 divides n^2 means 11 divides nxn
implies 11 divides any one factor n
It follows that 11/n holds good.
Solution
Given that 11 divides n^2
But 11 is prime and has factors as 1 and 11 only
Hence 11 divides n^2 means 11 divides nxn
implies 11 divides any one factor n
It follows that 11/n holds good..
Formation of high spin and low spin complexes takes placebasing on t.pdf
Formation of high spin and low spin complexes takes placebasing on their electronic
configurations.
a) Mo3+
Mo - Z = 42
Electronic configuration : (Kr)4d55s1
Mo3+ : (Kr)4d35s0
There are only threeunpaired electrons in the valency shell. So in the presence ofstrong or
weak ligand only low spin complex is formed. SoMo3+ can only for low spin complex.
b) Rh3+
Z = 45
Electronic configuration : (Kr)4d85s1
Rh3+ : (Kr)4d65s0
Thereare six unpaired electrons in the valency shell. So in thepresence of strong ligand six
can pair up to formthree electron pairs and allow the two orbitals for theformation of low spin
comples. When weak field complex isthere six electrons remains as unpaired and forms highspin
complex.So it can form both high as well as low spin complexes.
c) Co2+
Z = 27
Electronic configuration : (Ar)3d74s2
Co2+ : (Ar)3d74s0
Thereare seven unpaired electrons in the valency shell. So in thepresence of strong or weak
ligand only high spin complex isformed. So Co2+ can only for high spincomplex.
d) Pt2+
Z = 78
Electronic configuration : (Xe)4f145d96s1
Pt2+ : (Xe)4f145d86s0
There are eight unpaired electrons in thevalency shell. So in the presence of strong or weak
ligandonly high spin complex is formed. So Pt2+ canonly for high spin complex.
So out of the above four Pt2+ ,Co2+ , Mo3+ can not form bothhigh and low spin complexes.
Hope it helps you. For further doubts let me know.
Electronic configuration : (Kr)4d85s1
Rh3+ : (Kr)4d65s0
Thereare six unpaired electrons in the valency shell. So in thepresence of strong ligand six
can pair up to formthree electron pairs and allow the two orbitals for theformation of low spin
comples. When weak field complex isthere six electrons remains as unpaired and forms highspin
complex.So it can form both high as well as low spin complexes.
c) Co2+
Z = 27
Electronic configuration : (Ar)3d74s2
Co2+ : (Ar)3d74s0
Thereare seven unpaired electrons in the valency shell. So in thepresence of strong or weak
ligand only high spin complex isformed. So Co2+ can only for high spincomplex.
d) Pt2+
Z = 78
Electronic configuration : (Xe)4f145d96s1
Pt2+ : (Xe)4f145d86s0
There are eight unpaired electrons in thevalency shell. So in the presence of strong or weak
ligandonly high spin complex is formed. So Pt2+ canonly for high spin complex.
So out of the above four Pt2+ ,Co2+ , Mo3+ can not form bothhigh and low spin complexes.
Hope it helps you. For further doubts let me know.
Thereare six unpaired electrons in the valency shell. So in thepresence of strong ligand six
can pair up to formthree electron pairs and allow the two orbitals for theformation of low spin
comples. When weak field complex isthere six electrons remains as unpaired and forms highspin
complex.So it can form both high as well as low spin complexes.
c) Co2+
Z = 27
Electronic configuration : (Ar)3d74s2
Co2+ : (Ar)3d74s0
Thereare seven unpaired electrons in the valency shell. So in thepresence of strong or weak
ligand only high spin complex isformed. So Co2+ .
Following are the four financial statement that are contained in mos.pdf
Following are the four financial statement that are contained in most annual reports.
Solution
Following are the four financial statement that are contained in most annual reports..
Date class that represents a date consisting of a year, month, and a.pdf
Date class that represents a date consisting of a year, month, and a day
import java.util.TimeZone;
public class Date {
// constants
private static final int JANUARY = 1;
private static final int FEBRUARY = 2;
private static final int DECEMBER = 12;
private static final int DAYS_PER_WEEK = 7;
private static final int DAYS_PER_YEAR = 365;
private static final int DAYS_PER_LEAP_YEAR = 366;
private static final String[] DAY_NAMES = {\"SUNDAY\", \"MONDAY\", \"TUESDAY\",
\"WEDNESDAY\", \"THURSDAY\", \"FRIDAY\", \"SATRDAY\"};
private static final int[] DAYS_PER_MONTH = { -1,
// 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12
31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31,
};
// fields
private int year;
private int month;
private int day;
/**
Constructs a new object representing the given year, month, and day.
@throws IllegalArgumentException if month is not between 1 and 12, or if day is not between 1
and the number of days in that month.
*/
public Date(int year, int month, int day) {
this.year = year;
this.month = month;
this.day = day;
if (month < 1 || month > 12 || day < 1 || day > getDaysInMonth()) {
throw new IllegalArgumentException(\"Invalid day or month: \" + toString());
}
}
/** Constructs a new object representing today\'s date. */
public Date() {
this(2006, july
, 22);
int daysSinceEpoch = (int) ((System.currentTimeMillis() +
TimeZone.getDefault().getRawOffset()) / 1000 / 60 / 60 / 24);
for (int i = 0; i < daysSinceEpoch; i++) {
nextDay();
}
}
/**
Adds the given number of days to this Date.
@throws IllegalArgumentException if days < 0.
*/
public void addDays(int days) {
while (days > getDaysInYear()) {
days -= getDaysInYear();
year++;
}
for (int i = 1; i <= days; i++) {
nextDay();
}
}
/**
Returns whether o refers to a Date object representing the same
year, month, and day as this one.
*/
public boolean equals(Object o) {
Date other = (Date) o;
return day == other.day &&
month == other.month &&
year == other.year;
}
/**
Returns the day represented by this Date object.
@return the day, between 1 and the number of days in this Date\'s month
(which varies from 28 to 31)
*/
public int getDay() {
return day;
}
/** Returns the number of days in the month represented by the current Date. */
public int getDaysInMonth() {
int result = DAYS_PER_MONTH[month];
if (month == FEBRUARY && isLeapYear()) {
result++;
}
return result;
}
public int getDaysInYear() {
if (isLeapYear()) {
return 366;
} else {
return 365;
}
}
/**
Returns a string such as \"Monday\" representing what day of the week
this Date fell on.
@return the day as either \"Sunday\", \"Monday\", \"Tuesday, \"Wednesday\", \"Thursday\",
\"Friday\", or \"Satrday\"
*/
public String getDayOfWeek() {
int index = 1;
Date temp = new Date(1753, JANUARY, 1);
while (temp != this) {
temp.nextDay();
index = (index + 1) % DAYS_PER_WEEK;
}
return DAY_NAMES[index];
}
/**
Returns the month represented by this Date object.
@return the month, between 1 and 12
*/
public int getMonth() {
return month;
}
/**
Returns the yea.
1. C. Sodium ions.2. B. Active transport.3. A.4. B.5. D. Sto.pdf
1. C. Sodium ions.
2. B. Active transport.
3. A.
4. B.
5. D. Stores calcium ions.
6. D.
7. D.
8.A.
9. B. Acetylecholine.
10. C.
11. C.
13. C.
Solution
1. C. Sodium ions.
2. B. Active transport.
3. A.
4. B.
5. D. Stores calcium ions.
6. D.
7. D.
8.A.
9. B. Acetylecholine.
10. C.
11. C.
13. C..
Calculation of NPVYearCash flowsDiscount factor @ 13Discoun.pdf
Calculation of NPV
Year
Cash flows
Discount factor @ 13%
Discounted Cash flows
0
-765000
1
-765000.00
1
-600000
0.8850
-530973.45
2
-550000
0.7831
-430730.68
3
150000
0.6931
103957.52
4
450000
0.6133
275993.43
5
850000
0.5428
461345.95
6
850000
0.4803
408270.75
7
850000
0.4251
361301.55
8
850000
0.3762
319735.88
NPV
203900.95
Calculation of IRR
Year
Cash flows
Discount factor @ 13%
Discounted Cash flows
Discount factor @ 16%
Discounted Cash flows
0
-765000
1
-765000.00
1.0000
-765000.00
1
-600000
0.8850
-530973.45
0.8621
-517241.38
2
-550000
0.7831
-430730.68
0.7432
-408739.60
3
150000
0.6931
103957.52
0.6407
96098.65
4
450000
0.6133
275993.43
0.5523
248530.99
5
850000
0.5428
461345.95
0.4761
404696.06
6
850000
0.4803
408270.75
0.4104
348875.92
7
850000
0.4251
361301.55
0.3538
300755.10
8
850000
0.3762
319735.88
0.3050
259271.64
NPV
203900.95
-32752.612
IRR is the rate of return at which NPV = 0
Here at 13% we have Positive NPV of 203900.95 and by randomly selecting 16% as discount
rate we have NPV of -32752.612. So, IRR lies in between 13% and 16%.
For a movement of 3% in discount rate NPV changed by 236653.56 [203900.95-(-32752.612)]
So, what is the change in discount rate for a change of 203900.95 in NPV
=203900.95 *3%/236656.56 = 2.58%
Therefore IRR = 13% + 2.58% = 15.58% (approximately)
Year
Cash flows
Discount factor @ 13%
Discounted Cash flows
0
-765000
1
-765000.00
1
-600000
0.8850
-530973.45
2
-550000
0.7831
-430730.68
3
150000
0.6931
103957.52
4
450000
0.6133
275993.43
5
850000
0.5428
461345.95
6
850000
0.4803
408270.75
7
850000
0.4251
361301.55
8
850000
0.3762
319735.88
NPV
203900.95
Solution
Calculation of NPV
Year
Cash flows
Discount factor @ 13%
Discounted Cash flows
0
-765000
1
-765000.00
1
-600000
0.8850
-530973.45
2
-550000
0.7831
-430730.68
3
150000
0.6931
103957.52
4
450000
0.6133
275993.43
5
850000
0.5428
461345.95
6
850000
0.4803
408270.75
7
850000
0.4251
361301.55
8
850000
0.3762
319735.88
NPV
203900.95
Calculation of IRR
Year
Cash flows
Discount factor @ 13%
Discounted Cash flows
Discount factor @ 16%
Discounted Cash flows
0
-765000
1
-765000.00
1.0000
-765000.00
1
-600000
0.8850
-530973.45
0.8621
-517241.38
2
-550000
0.7831
-430730.68
0.7432
-408739.60
3
150000
0.6931
103957.52
0.6407
96098.65
4
450000
0.6133
275993.43
0.5523
248530.99
5
850000
0.5428
461345.95
0.4761
404696.06
6
850000
0.4803
408270.75
0.4104
348875.92
7
850000
0.4251
361301.55
0.3538
300755.10
8
850000
0.3762
319735.88
0.3050
259271.64
NPV
203900.95
-32752.612
IRR is the rate of return at which NPV = 0
Here at 13% we have Positive NPV of 203900.95 and by randomly selecting 16% as discount
rate we have NPV of -32752.612. So, IRR lies in between 13% and 16%.
For a movement of 3% in discount rate NPV changed by 236653.56 [203900.95-(-32752.612)]
So, what is the change in discount rate for a change of 203900.95 in NPV
=203900.95 *3%/236656.56 = 2.58%
Therefore IRR = 13% + 2.58% = 15.58% (approximately)
Year
Cash flows
Discount factor @ 13%
Discounted Cas.
CCD images are calibrated to correct for non-data elements that are .pdf
CCD images are calibrated to correct for non-data elements that are found in each raw data.
Purpose of dark test : Dark test correct for dark current collected on the detector.
Purpose of bias test: Bias test is use to remove the effects of the electrical charge applied to the
detector prior to the exposure.
Purpose of flat and fringe image test: this test is use to correct for uneven field illumination.
Purpose of linearity test : There will certainly be large non-linearities due to the unguided
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Solution
CCD images are calibrated to correct for non-data elements that are found in each raw data.
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transfer of electrons from saturated or nearly-saturated pixels to neighbouring pixels so for non
linearity correction linearity test is used..
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