That is true. An element is in its simplest for.pdf
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That is true. An element is in it\'s simplest form and cannot be broken down any more. Solution That is true. An element is in it\'s simplest form and cannot be broken down any more..
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the insoluble compound in the unknown be represen.pdf
the insoluble compound in the unknown be represented by XY. the solid that was
insoluble in water dissolves in HCl(aq) with the evolution of a gas: Carbonate treated with
(NH4)2SO4(aq) and yields a second white precipitate...... Barium XY was BaCO3
======================== Let the soluble compound in the unknown be represented by
AB The solution is treated with KOH(aq) and yields a white precipitate.... magnesium or Barium
the unknown mixture dissolved ..... sulfate of magnesium AB sounds like MgSO4
Solution
the insoluble compound in the unknown be represented by XY. the solid that was
insoluble in water dissolves in HCl(aq) with the evolution of a gas: Carbonate treated with
(NH4)2SO4(aq) and yields a second white precipitate...... Barium XY was BaCO3
======================== Let the soluble compound in the unknown be represented by
AB The solution is treated with KOH(aq) and yields a white precipitate.... magnesium or Barium
the unknown mixture dissolved ..... sulfate of magnesium AB sounds like MgSO4.
Mass of mixture = 1+50.3 = 51.3 g Ratio = 150.3 .pdf
Mass of mixture = 1+50.3 = 51.3 g Ratio = 1:50.3 Now, Density of ash has not
been provided. Insufficient data.
Solution
Mass of mixture = 1+50.3 = 51.3 g Ratio = 1:50.3 Now, Density of ash has not
been provided. Insufficient data..
Lewis dot structure looks like this S=C=N .pdf
Lewis dot structure looks like this: ::S=C=N:: It has 4 pairs of valence electrons
Solution
Lewis dot structure looks like this: ::S=C=N:: It has 4 pairs of valence electrons.
Fluoride is an ion that comes from a weak acid. K.pdf
Fluoride is an ion that comes from a weak acid. Ka = 6.8x10^ -4 So, there\'s a
process called hydrolysis, where the ion makes an equilibrium with water to form the weak acid
and OH-. F- + H2O <--> HF + OH- 0.18-x x x Kw/Ka = x^2 / (0.18) 1.47x10^-11 = x^2 /
0.0.15 x = [OH-] = 2.205x10 ^ -13 M pOH = log (1 / 2.205x 10 ^-6 ) =13.3 pH = 8.21
Solution
Fluoride is an ion that comes from a weak acid. Ka = 6.8x10^ -4 So, there\'s a
process called hydrolysis, where the ion makes an equilibrium with water to form the weak acid
and OH-. F- + H2O <--> HF + OH- 0.18-x x x Kw/Ka = x^2 / (0.18) 1.47x10^-11 = x^2 /
0.0.15 x = [OH-] = 2.205x10 ^ -13 M pOH = log (1 / 2.205x 10 ^-6 ) =13.3 pH = 8.21.
Usually the K+ ions will be more inside the cell during nerve impuls.pdf
Usually the K+ ions will be more inside the cell during nerve impulse. When anesthesia is given,
the K+ leak channels open and the K+ ions move out of thr cell. Hyperpolarization is a change in
a cell membranes potential that make the cell more negative and inhibits action potentials. This
happens when an anesthetic is injected. This cause the cell to rest i.e, less likely to fire.
Solution
Usually the K+ ions will be more inside the cell during nerve impulse. When anesthesia is given,
the K+ leak channels open and the K+ ions move out of thr cell. Hyperpolarization is a change in
a cell membranes potential that make the cell more negative and inhibits action potentials. This
happens when an anesthetic is injected. This cause the cell to rest i.e, less likely to fire..
trend plus irregularNone of thesetrend plus seasonalSolution.pdf
trend plus irregular
None of these
trend plus seasonal
Solution
trend plus irregular
None of these
trend plus seasonal.
Solution.Calculation of Statement of stockholder equity For the ye.pdf
Solution
.
Calculation of Statement of stockholder equity For the year ended December 31, 2015
Statement of stockholder equityFor the year ended December 31, 2015Common StockRetained
earningTotal stock holder equityBeginning balance 1,600
5,700Issuance of common Stock - -
- Add: Net Income 6,700Less:Dividend
1,600Endinning Balance 1,600
10,800 26,800.
Recommended
the insoluble compound in the unknown be represen.pdf
the insoluble compound in the unknown be represented by XY. the solid that was
insoluble in water dissolves in HCl(aq) with the evolution of a gas: Carbonate treated with
(NH4)2SO4(aq) and yields a second white precipitate...... Barium XY was BaCO3
======================== Let the soluble compound in the unknown be represented by
AB The solution is treated with KOH(aq) and yields a white precipitate.... magnesium or Barium
the unknown mixture dissolved ..... sulfate of magnesium AB sounds like MgSO4
Solution
the insoluble compound in the unknown be represented by XY. the solid that was
insoluble in water dissolves in HCl(aq) with the evolution of a gas: Carbonate treated with
(NH4)2SO4(aq) and yields a second white precipitate...... Barium XY was BaCO3
======================== Let the soluble compound in the unknown be represented by
AB The solution is treated with KOH(aq) and yields a white precipitate.... magnesium or Barium
the unknown mixture dissolved ..... sulfate of magnesium AB sounds like MgSO4.
Mass of mixture = 1+50.3 = 51.3 g Ratio = 150.3 .pdf
Mass of mixture = 1+50.3 = 51.3 g Ratio = 1:50.3 Now, Density of ash has not
been provided. Insufficient data.
Solution
Mass of mixture = 1+50.3 = 51.3 g Ratio = 1:50.3 Now, Density of ash has not
been provided. Insufficient data..
Lewis dot structure looks like this S=C=N .pdf
Lewis dot structure looks like this: ::S=C=N:: It has 4 pairs of valence electrons
Solution
Lewis dot structure looks like this: ::S=C=N:: It has 4 pairs of valence electrons.
Fluoride is an ion that comes from a weak acid. K.pdf
Fluoride is an ion that comes from a weak acid. Ka = 6.8x10^ -4 So, there\'s a
process called hydrolysis, where the ion makes an equilibrium with water to form the weak acid
and OH-. F- + H2O <--> HF + OH- 0.18-x x x Kw/Ka = x^2 / (0.18) 1.47x10^-11 = x^2 /
0.0.15 x = [OH-] = 2.205x10 ^ -13 M pOH = log (1 / 2.205x 10 ^-6 ) =13.3 pH = 8.21
Solution
Fluoride is an ion that comes from a weak acid. Ka = 6.8x10^ -4 So, there\'s a
process called hydrolysis, where the ion makes an equilibrium with water to form the weak acid
and OH-. F- + H2O <--> HF + OH- 0.18-x x x Kw/Ka = x^2 / (0.18) 1.47x10^-11 = x^2 /
0.0.15 x = [OH-] = 2.205x10 ^ -13 M pOH = log (1 / 2.205x 10 ^-6 ) =13.3 pH = 8.21.
Usually the K+ ions will be more inside the cell during nerve impuls.pdf
Usually the K+ ions will be more inside the cell during nerve impulse. When anesthesia is given,
the K+ leak channels open and the K+ ions move out of thr cell. Hyperpolarization is a change in
a cell membranes potential that make the cell more negative and inhibits action potentials. This
happens when an anesthetic is injected. This cause the cell to rest i.e, less likely to fire.
Solution
Usually the K+ ions will be more inside the cell during nerve impulse. When anesthesia is given,
the K+ leak channels open and the K+ ions move out of thr cell. Hyperpolarization is a change in
a cell membranes potential that make the cell more negative and inhibits action potentials. This
happens when an anesthetic is injected. This cause the cell to rest i.e, less likely to fire..
trend plus irregularNone of thesetrend plus seasonalSolution.pdf
trend plus irregular
None of these
trend plus seasonal
Solution
trend plus irregular
None of these
trend plus seasonal.
Solution.Calculation of Statement of stockholder equity For the ye.pdf
Solution
.
Calculation of Statement of stockholder equity For the year ended December 31, 2015
Statement of stockholder equityFor the year ended December 31, 2015Common StockRetained
earningTotal stock holder equityBeginning balance 1,600
5,700Issuance of common Stock - -
- Add: Net Income 6,700Less:Dividend
1,600Endinning Balance 1,600
10,800 26,800.
Solution 9 - (E) $16000Calculation of amount of goodwill at Jnauar.pdf
Solution
9 - (E) $16000
Calculation of amount of goodwill at Jnauary 1, 2017 (significant influence)
Share in Net Equity of Sacco Company ($280000*30/100)
(Working Note 1)
Working Note - 1
Calculation of Net equity of saccoParticularsAmountCost of Investment$100000
Share in Net Equity of Sacco Company ($280000*30/100)
(Working Note 1)$84000Goodwill (Since Value in equity is less than Cost of
investment)$16000.
Receptor mediated endocytosisThe receptor for low density lipoprot.pdf
Receptor mediated endocytosis
The receptor for low density lipoprotein (LDL) is known as the LDL-receptor. The LDL-receptor
is a cell surface receptor which mediates the endocytosis of LDL.
Solution
Receptor mediated endocytosis
The receptor for low density lipoprotein (LDL) is known as the LDL-receptor. The LDL-receptor
is a cell surface receptor which mediates the endocytosis of LDL..
Question 14ans data and instructionsQuestion 15ans data .pdf
Question 14:
ans : data and instructions
Question 15:
ans : data resides on a server (computer) that you access via the internet
Question 16:
ans : text, graphics, audio, and video
Solution
Question 14:
ans : data and instructions
Question 15:
ans : data resides on a server (computer) that you access via the internet
Question 16:
ans : text, graphics, audio, and video.
pH is defined as negative log of concentration of H+ ion in solution.pdf
pH is defined as negative log of concentration of H+ ion in solution.
Also for any aqueous solution [H+][OH-] = 10-14 (to be precise, its not H+ ion but it is H3O+
ion)
This gives pH+pOH= 14
Here as pH is 8.47, pOH= 14-8.47 = 5.53
[OH-] = 10-5.53= 2.95*10-6
Solution
pH is defined as negative log of concentration of H+ ion in solution.
Also for any aqueous solution [H+][OH-] = 10-14 (to be precise, its not H+ ion but it is H3O+
ion)
This gives pH+pOH= 14
Here as pH is 8.47, pOH= 14-8.47 = 5.53
[OH-] = 10-5.53= 2.95*10-6.
Mass of hydrogen = (8.1 x 10256.02 x 1023) mol x 1 gmol= 134.6 g.pdf
Mass of hydrogen = (8.1 x 1025/6.02 x 1023) mol x 1 g/mol
= 134.6 g
Solution
Mass of hydrogen = (8.1 x 1025/6.02 x 1023) mol x 1 g/mol
= 134.6 g.
i do not agree with above statement. Mathematics is something relate.pdf
i do not agree with above statement. Mathematics is something related to day to day life . All the
physical phenomena which is happening in world have there explaination in mathematica. Right
from Aryabhatt who told the world that Earth revolves around the Sun with the help of
mathematics which caused massive outrage among people who were linving in the world of
superstitions, so it is related to our culture.
Again even when Galelio gave the facts about hevenly bodies caused same thing and he even
was sentenced to death for this brutual crime(considered during the period). Similarly what ever
devlopment which happening which has made the world \"rocket and nuclear\" mathematics has
great contribution in it and it is influncing our daily life.
So even people like ARYABHATT who gave the world Zero (0) was not forgiven .
Hence mathematics is directly influenced by culture of times.
Solution
i do not agree with above statement. Mathematics is something related to day to day life . All the
physical phenomena which is happening in world have there explaination in mathematica. Right
from Aryabhatt who told the world that Earth revolves around the Sun with the help of
mathematics which caused massive outrage among people who were linving in the world of
superstitions, so it is related to our culture.
Again even when Galelio gave the facts about hevenly bodies caused same thing and he even
was sentenced to death for this brutual crime(considered during the period). Similarly what ever
devlopment which happening which has made the world \"rocket and nuclear\" mathematics has
great contribution in it and it is influncing our daily life.
So even people like ARYABHATT who gave the world Zero (0) was not forgiven .
Hence mathematics is directly influenced by culture of times..
Human - ecosystem interaction is sustainable when the social system .pdf
Human - ecosystem interaction is sustainable when the social system and ecosystem are
coadapted. There are a number of unsustainable interactions of humans with the environment
which will destroy the sustainable nature of the ecosystem in future.
Unsustainable practices of society
When people move to a new area where the ecosystem is different, they typically have little
knowledge about the new ecosystem and lack appropriate technology for sustainable
interaction.The unsustainability will be introduced when people from overpopulated areas move
to less populated regions. The sudden increase in population which is more than the carrying
capacity, will lead to overexploitation and environmental damage. Example for this is the
migration to mountain regions by the lowland people who are totally unaware about the
mountain ecosystem and eventually causing mountain erosion and other damage. .Another
example is the migrants to tropical rainforest who destroy the forest ecosystem and replace it
with agricultural areas.
The introduction of modern technologies will lead to overexploitation and then unavailability of
the exploited source . Example for this is the introduction of nylon nets for fishing and fishing
boats etc. the introduction of these led to overfishing and declining of the fish population.
The percentage of a forest’s trees that can be cut on a sustainable basis each year depends upon
the growth rate of trees. In the modern society, to get more profit within a short time, the trees
are cutting down largely from the forest.
As the scarcity of fresh water, people are depending more on ground and fossil water even for
agricultural purposes. Due to overuse of automobiles and new instrumentation technologies,
fossil fuel consumption has increased drastically.
The urbanization has led to a great change in the way children are grown up. Nowadays children
play in artificial parks, indoor stadiums and computer. This will lead to the
The human society considers oceans as dumping area as all the toxic chemicals of modern
civilization are flushed which includes, pharmaceuticals, pesticides, fertilizers, heavy metals
chemicals etc. This results in the disruption of the ocean ecosystem. Apart from this, the earth
atmosphere is getting polluted by automobile exhaust which can cause health hazards. Carbon
dioxide from automobile emissions is contributing to the global warming that is dramatically
changing the global ecosystem.
Solution
Human - ecosystem interaction is sustainable when the social system and ecosystem are
coadapted. There are a number of unsustainable interactions of humans with the environment
which will destroy the sustainable nature of the ecosystem in future.
Unsustainable practices of society
When people move to a new area where the ecosystem is different, they typically have little
knowledge about the new ecosystem and lack appropriate technology for sustainable
interaction.The unsustainability will be introduced when people from over.
Here is the code.compile g++ Playlist.cpp main.cppPlaylist.h.pdf
Here is the code.
compile : g++ Playlist.cpp main.cpp
Playlist.h
#ifndef PLAYLIST_H
#define PLAYLIST_H
#include
using namespace std;
class PlaylistNode
{
private:
string uniqueID;
string songName;
string artistName;
int songLength;
PlaylistNode* nextNodePtr;
public:
PlaylistNode();
PlaylistNode(string id, string song, string artist, int len);
PlaylistNode* InsertAfter(string id, string song, string artist, int len);
void SetNext(PlaylistNode *next);
string GetID();
string GetSongName();
string GetArtistName();
int GetSongLength();
PlaylistNode* GetNext();
void PrintPlaylistNode();
};
#endif
Playlist.cpp
#include \"Playlist.h\"
#include
using namespace std;
PlaylistNode::PlaylistNode()
{
uniqueID = \"none\";
songName = \"none\";
artistName = \"none\";
songLength = 0;
nextNodePtr = 0;
}
PlaylistNode::PlaylistNode(string id, string song, string artist,int len)
{
uniqueID = id;
songName = song;
artistName = artist;
songLength = len;
nextNodePtr = 0;
}
PlaylistNode* PlaylistNode::InsertAfter(string id, string song, string artist,int len)
{
nextNodePtr=new PlaylistNode(id,song,artist,len);
return nextNodePtr;
}
void PlaylistNode::SetNext(PlaylistNode *next)
{
nextNodePtr = next;
}
string PlaylistNode::GetID()
{
return uniqueID;
}
string PlaylistNode::GetSongName()
{
return songName;
}
string PlaylistNode::GetArtistName()
{
return artistName;
}
int PlaylistNode::GetSongLength()
{
return songLength;
}
PlaylistNode* PlaylistNode::GetNext()
{
return nextNodePtr;
}
void PlaylistNode::PrintPlaylistNode()
{
cout<<\"Unique ID: \"<
using namespace std;
void PrintMenu(string listName);
void SongsByArtist(PlaylistNode* head);
void TotalTime(PlaylistNode* head);
void OutputFullList(string listname, PlaylistNode *head);
//all below function take head and tail by reference and modify their values
void AddSong(PlaylistNode* &head, PlaylistNode* &tail);
void RemoveSong(PlaylistNode* &head, PlaylistNode* &tail);
void ChangePosition(PlaylistNode* &head, PlaylistNode* &tail);
int main()
{
string listname;
cout<<\"Entr playlist\'s title: \";
cin>>listname;
PrintMenu(listname);
}
void PrintMenu(string listname)
{
string option;
PlaylistNode *head=0, *tail=0;
while(true)
{
cout<< listname << \" PLAYLIST MENU\"<>option;
if(option ==\"A\" || option == \"a\")
{
AddSong(head,tail);
cout<<\"Finished adding.\"<PrintPlaylistNode();
cout<GetNext();
i++;
}
}
void AddSong(PlaylistNode* &head, PlaylistNode* &tail)
{
string id, song, artist;
int len;
cout<<\"ADD SONG\"<>id;
getchar();
cout<<\"Enter songs\'s name: \";
getline(cin, song);
cout<<\"Enter artist\'s name: \";
getline(cin, artist);
cout<<\"Enter song\'s length(in seconds): \";
cin>>len;
if(tail == 0)
{
head = tail = new PlaylistNode(id,song,artist,len);
}
else
tail=tail->InsertAfter(id, song, artist, len);
}
void RemoveSong(PlaylistNode* &head, PlaylistNode* &tail)
{
string id;
PlaylistNode *p= head, *prev=NULL;
cout<<\"REMOVE SONG\";
cout<<\"Enter song\'s unique ID: \";
cin>>id;
while(p != NULL)
{
if(p->GetID() == id)
{
.
Exempt waste & very low level wasteExempt waste and very low level.pdf
Exempt waste & very low level waste
Exempt waste and very low level waste (VLLW) contains radioactive materials at a level which
is not considered harmful to people or the surrounding environment. It consists mainly of
demolished material (such as concrete, plaster, bricks, metal, valves, piping etc) produced during
rehabilitation or dismantling operations on nuclear industrial sites. Other industries, such as food
processing, chemical, steel etc also produce VLLW as a result of the concentration of natural
radioactivity present in certain minerals used in their manufacturing processes (see also
information page on Naturally-Occurring Radioactive Materials). The waste is therefore
disposed of with domestic refuse, although countries such as France are currently developing
facilities to store VLLW in specifically designed VLLW disposal facilities.
Low-level waste
Low-level waste (LLW) is generated from hospitals and industry, as well as the nuclear fuel
cycle. It comprises paper, rags, tools, clothing, filters etc, which contain small amounts of mostly
short-lived radioactivity. It does not require shielding during handling and transport and is
suitable for shallow land burial. To reduce its volume, it is often compacted or incinerated before
disposal. It comprises some 90% of the volume but only 1% of the radioactivity of all radioactive
waste.
Intermediate-level waste
Intermediate-level waste (ILW) contains higher amounts of radioactivity and some requires
shielding. It typically comprises resins, chemical sludges and metal fuel cladding, as well as
contaminated materials from reactor decommissioning. Smaller items and any non-solids may be
solidified in concrete or bitumen for disposal. It makes up some 7% of the volume and has 4% of
the radioactivity of all radwaste. By definition, its radioactive decay generates heat of less than
about 2 kW/m3 so does not require heating to be taken into account in design of storage or
disposal facilities.
High-level waste
High-level waste (HLW) arises from the \'burning\' of uranium fuel in a nuclear reactor. HLW
contains the fission products and transuranic elements generated in the reactor core. It is highly
radioactive and hot due to decay heat, so requires cooling and shielding. It has thermal power
above about 2 kW/m3 and can be considered as the \'ash\' from \'burning\' uranium. HLW
accounts for over 95% of the total radioactivity produced in the process of electricity generation.
There are two distinct kinds of HLW:
HLW has both long-lived and short-lived components, depending on the length of time it will
take for the radioactivity of particular radionuclides to decrease to levels that are considered no
longer hazardous for people and the surrounding environment. If generally short-lived fission
products can be separated from long-lived actinides, this distinction becomes important in
management and disposal of HLW.
HLW is a major focus of attention regarding nuclear power, and is managed accordi.
Diatoms are unicellular photosynthetic algae. These phytoplankton mi.pdf
Diatoms are unicellular photosynthetic algae. These phytoplankton microorganisms that are
commonly found in any habitat that contains water. Some diatoms remain isolated and adrift
while others group together to form colonies. A distinctive feature of diatoms is their transparent
cell walls made of hydrated silica which give them a translucent quality. Diatoms make up the
bottom layer of the food chain and have important ecological functions on a global scale.
Diatoms are responsible for 20% of all global carbon fixation and thus they are major
contributors to climate change processes, and form a substantial basis of the marine food web.
Diatoms as biomarkers:These organisms are highly sensitive to pH and salinity, nutrient
concentration, suspended sediment amounts,elevation and human disturbance and certain types
of diatoms can grow only in some areas. As a result, the presence or absence of this species can
tell a lot about the water chemistry of a certain area. Since the silica walls of diatoms do not get
decomposed, diatoms in lakes and other water bodies can help to infer the history of such water
bodies.In parallel to their ecology, the diatoms are also interesting for the study of evolution,
because their genomes are the result of a fusion of three genomes derived from their
cyanobacterial and eukaryotic ancestors.
Diatoms as carbon fixers: Diatoms rely on the process of photosynthesis to make food, although
a few diatom organisms may rely on floating nutrients found in their habitat.Because diatoms use
photosynthesis to produce food, these organisms are responsible for providing energy to the
ocean\'s ecosystem. The process of photosynthesis requires carbon di oxide, which they utilise
from their environment, also releasing oxygen in the process. It is estimated that diatoms produce
almost 1/4th of the oxygen we breathe. Although they form only a small part of the
photosynthetic biomass, in some regions of the ocean, they can fix the same amount of carbon
per day as a forest of terrestrial plants. There are at least 100,000 species of diatoms, which
makes them the most abundant photosynthetic group after the angiosperms. Thus, a decrease in
the population of diatoms has the potential to bring about climate change by causing an increase
in the amount of unfixed carbon and decrease in the levels of oxygen, required for respiration of
most living organisms. The pollution of the environment has led to a decrease in the levels of
nitrogen and trace minerals using diaed for carbon fixation, which has started impacting diatom
populations.
Diatoms in the food chain: They are eaten by some crustaceans and larvae of certain larger
animals. Such small animals that feed on plankton rely on nutrient rich diatoms for survival.
Some economically important fishes such as the menhaden are prominent diatom feeders. A
large number of aquatic organisms feed on diatoms in the first few periods after birth, but soon
change to a mixture of diatoms and a car.
B. PCI is an old standard and runs very slowly compared to PCIe hard.pdf
B. PCI is an old standard and runs very slowly compared to PCIe hardware. Also, with faster
CPUs and memory available, PCI standard buses have become a data bottleneck in modern
computing.
Solution
B. PCI is an old standard and runs very slowly compared to PCIe hardware. Also, with faster
CPUs and memory available, PCI standard buses have become a data bottleneck in modern
computing..
ArrayOperations.java import java.util.Arrays; import java.util.pdf
ArrayOperations.java
import java.util.Arrays;
import java.util.Scanner;
public class ArrayOperations {
/**
* @param args
*/
public static void main(String[] args) {
// TODO Auto-generated method stub
double arr[] = input();
System.out.println(\"Input Array Elements: \");
printArray(arr);
getSquarRoot(arr);
System.out.println(\"After Square root method called:\");
printArray(arr);
replaceValue(arr);
System.out.println(\"After replace method called:\");
printArray(arr);
double arr1[] = copyArray(arr);
System.out.println(\"Original Array:\");
printArray(arr);
System.out.println(\"New Array:\");
printArray(arr1);
}
public static double[] input(){
double arr[] = new double[10];
Scanner scan = new Scanner(System.in);
for(int i=0; i 500)
arr[i] = 500;
}
}
public static double[] copyArray(double arr[]){
double arr1[] = new double[arr.length];
for(int i=0; i
Solution
ArrayOperations.java
import java.util.Arrays;
import java.util.Scanner;
public class ArrayOperations {
/**
* @param args
*/
public static void main(String[] args) {
// TODO Auto-generated method stub
double arr[] = input();
System.out.println(\"Input Array Elements: \");
printArray(arr);
getSquarRoot(arr);
System.out.println(\"After Square root method called:\");
printArray(arr);
replaceValue(arr);
System.out.println(\"After replace method called:\");
printArray(arr);
double arr1[] = copyArray(arr);
System.out.println(\"Original Array:\");
printArray(arr);
System.out.println(\"New Array:\");
printArray(arr1);
}
public static double[] input(){
double arr[] = new double[10];
Scanner scan = new Scanner(System.in);
for(int i=0; i 500)
arr[i] = 500;
}
}
public static double[] copyArray(double arr[]){
double arr1[] = new double[arr.length];
for(int i=0; i.
Atomic mass of S = 32.07 gmolAtomic mass of F = 19.00 gmolMole.pdf
Atomic mass of S = 32.07 g/mol
Atomic mass of F = 19.00 g/mol
Moles = mass/atomic mass
Moles of S : F = 1/32.07 : 1.19/19.00
= 0.0312 : 0.0626
= 1 : 2
Thus x = 2 and the compound is SF2
Solution
Atomic mass of S = 32.07 g/mol
Atomic mass of F = 19.00 g/mol
Moles = mass/atomic mass
Moles of S : F = 1/32.07 : 1.19/19.00
= 0.0312 : 0.0626
= 1 : 2
Thus x = 2 and the compound is SF2.
Ans 1 Right and left common iliac arteries. Inferior phrenic artery.pdf
Ans 1: Right and left common iliac arteries. Inferior phrenic artery and celiac trunk.
Ans 2: Three major branches of celiac artery are:
a. Left gastric artery
b. common hepatic artery
c. Splenic artery
Ans 3: The external iliac artery is the principal artery of the hindlimb. It continues as femoral
artery then lead to popliteal artery .
Ans 4: The umbilical arteries transport wastes, such as carbon dioxide, from the fetus to the
placenta.
Ans 5: The common iliac veins merge to form the inferior vena cava.
Ans 6. The right atrium receives deoxygenated blood firt.
Ans 7: The valves are unidirectional and prevent flow in opposite direction to prevent back flow.
Ans 8: The chordae tendineae prevent the eversion, prolapse by becoming tense thus pulling the
flaps and holding them in the closed position.
Ans 9: Layers of heart are: epicardium, the myocardium and the endocardium.
Ans 10: The blood enters into the aorta.
Solution
Ans 1: Right and left common iliac arteries. Inferior phrenic artery and celiac trunk.
Ans 2: Three major branches of celiac artery are:
a. Left gastric artery
b. common hepatic artery
c. Splenic artery
Ans 3: The external iliac artery is the principal artery of the hindlimb. It continues as femoral
artery then lead to popliteal artery .
Ans 4: The umbilical arteries transport wastes, such as carbon dioxide, from the fetus to the
placenta.
Ans 5: The common iliac veins merge to form the inferior vena cava.
Ans 6. The right atrium receives deoxygenated blood firt.
Ans 7: The valves are unidirectional and prevent flow in opposite direction to prevent back flow.
Ans 8: The chordae tendineae prevent the eversion, prolapse by becoming tense thus pulling the
flaps and holding them in the closed position.
Ans 9: Layers of heart are: epicardium, the myocardium and the endocardium.
Ans 10: The blood enters into the aorta..
Answer is Integration.Both the hormones bound to the receptors of .pdf
Answer is Integration.
Both the hormones bound to the receptors of the same cell. This is called as an integration.
Two hormones coming together.
Solution
Answer is Integration.
Both the hormones bound to the receptors of the same cell. This is called as an integration.
Two hormones coming together..
A function can only have one output, y, for each unique input, x.I.pdf
A function can only have one output, y, for each unique input, x.
In our case x=10 has two output values y=2001 and 2003.DSo, two output for one input.
It is not a function,
Second question image is not visible
Solution
A function can only have one output, y, for each unique input, x.
In our case x=10 has two output values y=2001 and 2003.DSo, two output for one input.
It is not a function,
Second question image is not visible.
2. D. design thinking.3. B. actions taken to close or narrow t.pdf
2. D. design thinking.
3. B. actions taken to close or narrow the gap.
4. D. Brainstorming
5. D. Mindmapping
6. D. peripheral network positions
7. D. let someone else gather information.
8. D. Creativity as behavior
9. A. \"Does the problem possess a quality requirement?\"
This is the first of eleven situational characteristics of Vroom’s decision making model as an
approach to leadership style.
10.D. incubation
11.A. innovator
According to Michael J Kirton’s Adaption-Innovation Theory, Vanessa would be recognized as
an innovator.
12.B. Chaordic
13. C. positive emotions
14.D. synectics.
Synectics comes from Greek and its literal meaning is joining together of different or apparently
irrelevant elements.
15.D. strategic
Decisions that take place at the top of the organization are high risk decisions and therefore
strategic in nature.
16.C. brainstorming
17.C. Mind-mapping
18.C. Vertical
19.A. incremental violations
20.B. identifying the problem and its elements.
The first step in decision making is problem identification and involves identifying the problem
and its elements.
Solution
2. D. design thinking.
3. B. actions taken to close or narrow the gap.
4. D. Brainstorming
5. D. Mindmapping
6. D. peripheral network positions
7. D. let someone else gather information.
8. D. Creativity as behavior
9. A. \"Does the problem possess a quality requirement?\"
This is the first of eleven situational characteristics of Vroom’s decision making model as an
approach to leadership style.
10.D. incubation
11.A. innovator
According to Michael J Kirton’s Adaption-Innovation Theory, Vanessa would be recognized as
an innovator.
12.B. Chaordic
13. C. positive emotions
14.D. synectics.
Synectics comes from Greek and its literal meaning is joining together of different or apparently
irrelevant elements.
15.D. strategic
Decisions that take place at the top of the organization are high risk decisions and therefore
strategic in nature.
16.C. brainstorming
17.C. Mind-mapping
18.C. Vertical
19.A. incremental violations
20.B. identifying the problem and its elements.
The first step in decision making is problem identification and involves identifying the problem
and its elements..
How libraries can support authors with open access requirements for UKRI fund...
How libraries can support authors with open access requirements for UKRI funded books
Wednesday 22 May 2024, 14:00-15:00.
Introduction to AI for Nonprofits with Tapp Network
Dive into the world of AI! Experts Jon Hill and Tareq Monaur will guide you through AI's role in enhancing nonprofit websites and basic marketing strategies, making it easy to understand and apply.
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More from ANANDSALESINDIA105
Solution 9 - (E) $16000Calculation of amount of goodwill at Jnauar.pdf
Solution
9 - (E) $16000
Calculation of amount of goodwill at Jnauary 1, 2017 (significant influence)
Share in Net Equity of Sacco Company ($280000*30/100)
(Working Note 1)
Working Note - 1
Calculation of Net equity of saccoParticularsAmountCost of Investment$100000
Share in Net Equity of Sacco Company ($280000*30/100)
(Working Note 1)$84000Goodwill (Since Value in equity is less than Cost of
investment)$16000.
Receptor mediated endocytosisThe receptor for low density lipoprot.pdf
Receptor mediated endocytosis
The receptor for low density lipoprotein (LDL) is known as the LDL-receptor. The LDL-receptor
is a cell surface receptor which mediates the endocytosis of LDL.
Solution
Receptor mediated endocytosis
The receptor for low density lipoprotein (LDL) is known as the LDL-receptor. The LDL-receptor
is a cell surface receptor which mediates the endocytosis of LDL..
Question 14ans data and instructionsQuestion 15ans data .pdf
Question 14:
ans : data and instructions
Question 15:
ans : data resides on a server (computer) that you access via the internet
Question 16:
ans : text, graphics, audio, and video
Solution
Question 14:
ans : data and instructions
Question 15:
ans : data resides on a server (computer) that you access via the internet
Question 16:
ans : text, graphics, audio, and video.
pH is defined as negative log of concentration of H+ ion in solution.pdf
pH is defined as negative log of concentration of H+ ion in solution.
Also for any aqueous solution [H+][OH-] = 10-14 (to be precise, its not H+ ion but it is H3O+
ion)
This gives pH+pOH= 14
Here as pH is 8.47, pOH= 14-8.47 = 5.53
[OH-] = 10-5.53= 2.95*10-6
Solution
pH is defined as negative log of concentration of H+ ion in solution.
Also for any aqueous solution [H+][OH-] = 10-14 (to be precise, its not H+ ion but it is H3O+
ion)
This gives pH+pOH= 14
Here as pH is 8.47, pOH= 14-8.47 = 5.53
[OH-] = 10-5.53= 2.95*10-6.
Mass of hydrogen = (8.1 x 10256.02 x 1023) mol x 1 gmol= 134.6 g.pdf
Mass of hydrogen = (8.1 x 1025/6.02 x 1023) mol x 1 g/mol
= 134.6 g
Solution
Mass of hydrogen = (8.1 x 1025/6.02 x 1023) mol x 1 g/mol
= 134.6 g.
i do not agree with above statement. Mathematics is something relate.pdf
i do not agree with above statement. Mathematics is something related to day to day life . All the
physical phenomena which is happening in world have there explaination in mathematica. Right
from Aryabhatt who told the world that Earth revolves around the Sun with the help of
mathematics which caused massive outrage among people who were linving in the world of
superstitions, so it is related to our culture.
Again even when Galelio gave the facts about hevenly bodies caused same thing and he even
was sentenced to death for this brutual crime(considered during the period). Similarly what ever
devlopment which happening which has made the world \"rocket and nuclear\" mathematics has
great contribution in it and it is influncing our daily life.
So even people like ARYABHATT who gave the world Zero (0) was not forgiven .
Hence mathematics is directly influenced by culture of times.
Solution
i do not agree with above statement. Mathematics is something related to day to day life . All the
physical phenomena which is happening in world have there explaination in mathematica. Right
from Aryabhatt who told the world that Earth revolves around the Sun with the help of
mathematics which caused massive outrage among people who were linving in the world of
superstitions, so it is related to our culture.
Again even when Galelio gave the facts about hevenly bodies caused same thing and he even
was sentenced to death for this brutual crime(considered during the period). Similarly what ever
devlopment which happening which has made the world \"rocket and nuclear\" mathematics has
great contribution in it and it is influncing our daily life.
So even people like ARYABHATT who gave the world Zero (0) was not forgiven .
Hence mathematics is directly influenced by culture of times..
Human - ecosystem interaction is sustainable when the social system .pdf
Human - ecosystem interaction is sustainable when the social system and ecosystem are
coadapted. There are a number of unsustainable interactions of humans with the environment
which will destroy the sustainable nature of the ecosystem in future.
Unsustainable practices of society
When people move to a new area where the ecosystem is different, they typically have little
knowledge about the new ecosystem and lack appropriate technology for sustainable
interaction.The unsustainability will be introduced when people from overpopulated areas move
to less populated regions. The sudden increase in population which is more than the carrying
capacity, will lead to overexploitation and environmental damage. Example for this is the
migration to mountain regions by the lowland people who are totally unaware about the
mountain ecosystem and eventually causing mountain erosion and other damage. .Another
example is the migrants to tropical rainforest who destroy the forest ecosystem and replace it
with agricultural areas.
The introduction of modern technologies will lead to overexploitation and then unavailability of
the exploited source . Example for this is the introduction of nylon nets for fishing and fishing
boats etc. the introduction of these led to overfishing and declining of the fish population.
The percentage of a forest’s trees that can be cut on a sustainable basis each year depends upon
the growth rate of trees. In the modern society, to get more profit within a short time, the trees
are cutting down largely from the forest.
As the scarcity of fresh water, people are depending more on ground and fossil water even for
agricultural purposes. Due to overuse of automobiles and new instrumentation technologies,
fossil fuel consumption has increased drastically.
The urbanization has led to a great change in the way children are grown up. Nowadays children
play in artificial parks, indoor stadiums and computer. This will lead to the
The human society considers oceans as dumping area as all the toxic chemicals of modern
civilization are flushed which includes, pharmaceuticals, pesticides, fertilizers, heavy metals
chemicals etc. This results in the disruption of the ocean ecosystem. Apart from this, the earth
atmosphere is getting polluted by automobile exhaust which can cause health hazards. Carbon
dioxide from automobile emissions is contributing to the global warming that is dramatically
changing the global ecosystem.
Solution
Human - ecosystem interaction is sustainable when the social system and ecosystem are
coadapted. There are a number of unsustainable interactions of humans with the environment
which will destroy the sustainable nature of the ecosystem in future.
Unsustainable practices of society
When people move to a new area where the ecosystem is different, they typically have little
knowledge about the new ecosystem and lack appropriate technology for sustainable
interaction.The unsustainability will be introduced when people from over.
Here is the code.compile g++ Playlist.cpp main.cppPlaylist.h.pdf
Here is the code.
compile : g++ Playlist.cpp main.cpp
Playlist.h
#ifndef PLAYLIST_H
#define PLAYLIST_H
#include
using namespace std;
class PlaylistNode
{
private:
string uniqueID;
string songName;
string artistName;
int songLength;
PlaylistNode* nextNodePtr;
public:
PlaylistNode();
PlaylistNode(string id, string song, string artist, int len);
PlaylistNode* InsertAfter(string id, string song, string artist, int len);
void SetNext(PlaylistNode *next);
string GetID();
string GetSongName();
string GetArtistName();
int GetSongLength();
PlaylistNode* GetNext();
void PrintPlaylistNode();
};
#endif
Playlist.cpp
#include \"Playlist.h\"
#include
using namespace std;
PlaylistNode::PlaylistNode()
{
uniqueID = \"none\";
songName = \"none\";
artistName = \"none\";
songLength = 0;
nextNodePtr = 0;
}
PlaylistNode::PlaylistNode(string id, string song, string artist,int len)
{
uniqueID = id;
songName = song;
artistName = artist;
songLength = len;
nextNodePtr = 0;
}
PlaylistNode* PlaylistNode::InsertAfter(string id, string song, string artist,int len)
{
nextNodePtr=new PlaylistNode(id,song,artist,len);
return nextNodePtr;
}
void PlaylistNode::SetNext(PlaylistNode *next)
{
nextNodePtr = next;
}
string PlaylistNode::GetID()
{
return uniqueID;
}
string PlaylistNode::GetSongName()
{
return songName;
}
string PlaylistNode::GetArtistName()
{
return artistName;
}
int PlaylistNode::GetSongLength()
{
return songLength;
}
PlaylistNode* PlaylistNode::GetNext()
{
return nextNodePtr;
}
void PlaylistNode::PrintPlaylistNode()
{
cout<<\"Unique ID: \"<
using namespace std;
void PrintMenu(string listName);
void SongsByArtist(PlaylistNode* head);
void TotalTime(PlaylistNode* head);
void OutputFullList(string listname, PlaylistNode *head);
//all below function take head and tail by reference and modify their values
void AddSong(PlaylistNode* &head, PlaylistNode* &tail);
void RemoveSong(PlaylistNode* &head, PlaylistNode* &tail);
void ChangePosition(PlaylistNode* &head, PlaylistNode* &tail);
int main()
{
string listname;
cout<<\"Entr playlist\'s title: \";
cin>>listname;
PrintMenu(listname);
}
void PrintMenu(string listname)
{
string option;
PlaylistNode *head=0, *tail=0;
while(true)
{
cout<< listname << \" PLAYLIST MENU\"<>option;
if(option ==\"A\" || option == \"a\")
{
AddSong(head,tail);
cout<<\"Finished adding.\"<PrintPlaylistNode();
cout<GetNext();
i++;
}
}
void AddSong(PlaylistNode* &head, PlaylistNode* &tail)
{
string id, song, artist;
int len;
cout<<\"ADD SONG\"<>id;
getchar();
cout<<\"Enter songs\'s name: \";
getline(cin, song);
cout<<\"Enter artist\'s name: \";
getline(cin, artist);
cout<<\"Enter song\'s length(in seconds): \";
cin>>len;
if(tail == 0)
{
head = tail = new PlaylistNode(id,song,artist,len);
}
else
tail=tail->InsertAfter(id, song, artist, len);
}
void RemoveSong(PlaylistNode* &head, PlaylistNode* &tail)
{
string id;
PlaylistNode *p= head, *prev=NULL;
cout<<\"REMOVE SONG\";
cout<<\"Enter song\'s unique ID: \";
cin>>id;
while(p != NULL)
{
if(p->GetID() == id)
{
.
Exempt waste & very low level wasteExempt waste and very low level.pdf
Exempt waste & very low level waste
Exempt waste and very low level waste (VLLW) contains radioactive materials at a level which
is not considered harmful to people or the surrounding environment. It consists mainly of
demolished material (such as concrete, plaster, bricks, metal, valves, piping etc) produced during
rehabilitation or dismantling operations on nuclear industrial sites. Other industries, such as food
processing, chemical, steel etc also produce VLLW as a result of the concentration of natural
radioactivity present in certain minerals used in their manufacturing processes (see also
information page on Naturally-Occurring Radioactive Materials). The waste is therefore
disposed of with domestic refuse, although countries such as France are currently developing
facilities to store VLLW in specifically designed VLLW disposal facilities.
Low-level waste
Low-level waste (LLW) is generated from hospitals and industry, as well as the nuclear fuel
cycle. It comprises paper, rags, tools, clothing, filters etc, which contain small amounts of mostly
short-lived radioactivity. It does not require shielding during handling and transport and is
suitable for shallow land burial. To reduce its volume, it is often compacted or incinerated before
disposal. It comprises some 90% of the volume but only 1% of the radioactivity of all radioactive
waste.
Intermediate-level waste
Intermediate-level waste (ILW) contains higher amounts of radioactivity and some requires
shielding. It typically comprises resins, chemical sludges and metal fuel cladding, as well as
contaminated materials from reactor decommissioning. Smaller items and any non-solids may be
solidified in concrete or bitumen for disposal. It makes up some 7% of the volume and has 4% of
the radioactivity of all radwaste. By definition, its radioactive decay generates heat of less than
about 2 kW/m3 so does not require heating to be taken into account in design of storage or
disposal facilities.
High-level waste
High-level waste (HLW) arises from the \'burning\' of uranium fuel in a nuclear reactor. HLW
contains the fission products and transuranic elements generated in the reactor core. It is highly
radioactive and hot due to decay heat, so requires cooling and shielding. It has thermal power
above about 2 kW/m3 and can be considered as the \'ash\' from \'burning\' uranium. HLW
accounts for over 95% of the total radioactivity produced in the process of electricity generation.
There are two distinct kinds of HLW:
HLW has both long-lived and short-lived components, depending on the length of time it will
take for the radioactivity of particular radionuclides to decrease to levels that are considered no
longer hazardous for people and the surrounding environment. If generally short-lived fission
products can be separated from long-lived actinides, this distinction becomes important in
management and disposal of HLW.
HLW is a major focus of attention regarding nuclear power, and is managed accordi.
Diatoms are unicellular photosynthetic algae. These phytoplankton mi.pdf
Diatoms are unicellular photosynthetic algae. These phytoplankton microorganisms that are
commonly found in any habitat that contains water. Some diatoms remain isolated and adrift
while others group together to form colonies. A distinctive feature of diatoms is their transparent
cell walls made of hydrated silica which give them a translucent quality. Diatoms make up the
bottom layer of the food chain and have important ecological functions on a global scale.
Diatoms are responsible for 20% of all global carbon fixation and thus they are major
contributors to climate change processes, and form a substantial basis of the marine food web.
Diatoms as biomarkers:These organisms are highly sensitive to pH and salinity, nutrient
concentration, suspended sediment amounts,elevation and human disturbance and certain types
of diatoms can grow only in some areas. As a result, the presence or absence of this species can
tell a lot about the water chemistry of a certain area. Since the silica walls of diatoms do not get
decomposed, diatoms in lakes and other water bodies can help to infer the history of such water
bodies.In parallel to their ecology, the diatoms are also interesting for the study of evolution,
because their genomes are the result of a fusion of three genomes derived from their
cyanobacterial and eukaryotic ancestors.
Diatoms as carbon fixers: Diatoms rely on the process of photosynthesis to make food, although
a few diatom organisms may rely on floating nutrients found in their habitat.Because diatoms use
photosynthesis to produce food, these organisms are responsible for providing energy to the
ocean\'s ecosystem. The process of photosynthesis requires carbon di oxide, which they utilise
from their environment, also releasing oxygen in the process. It is estimated that diatoms produce
almost 1/4th of the oxygen we breathe. Although they form only a small part of the
photosynthetic biomass, in some regions of the ocean, they can fix the same amount of carbon
per day as a forest of terrestrial plants. There are at least 100,000 species of diatoms, which
makes them the most abundant photosynthetic group after the angiosperms. Thus, a decrease in
the population of diatoms has the potential to bring about climate change by causing an increase
in the amount of unfixed carbon and decrease in the levels of oxygen, required for respiration of
most living organisms. The pollution of the environment has led to a decrease in the levels of
nitrogen and trace minerals using diaed for carbon fixation, which has started impacting diatom
populations.
Diatoms in the food chain: They are eaten by some crustaceans and larvae of certain larger
animals. Such small animals that feed on plankton rely on nutrient rich diatoms for survival.
Some economically important fishes such as the menhaden are prominent diatom feeders. A
large number of aquatic organisms feed on diatoms in the first few periods after birth, but soon
change to a mixture of diatoms and a car.
B. PCI is an old standard and runs very slowly compared to PCIe hard.pdf
B. PCI is an old standard and runs very slowly compared to PCIe hardware. Also, with faster
CPUs and memory available, PCI standard buses have become a data bottleneck in modern
computing.
Solution
B. PCI is an old standard and runs very slowly compared to PCIe hardware. Also, with faster
CPUs and memory available, PCI standard buses have become a data bottleneck in modern
computing..
ArrayOperations.java import java.util.Arrays; import java.util.pdf
ArrayOperations.java
import java.util.Arrays;
import java.util.Scanner;
public class ArrayOperations {
/**
* @param args
*/
public static void main(String[] args) {
// TODO Auto-generated method stub
double arr[] = input();
System.out.println(\"Input Array Elements: \");
printArray(arr);
getSquarRoot(arr);
System.out.println(\"After Square root method called:\");
printArray(arr);
replaceValue(arr);
System.out.println(\"After replace method called:\");
printArray(arr);
double arr1[] = copyArray(arr);
System.out.println(\"Original Array:\");
printArray(arr);
System.out.println(\"New Array:\");
printArray(arr1);
}
public static double[] input(){
double arr[] = new double[10];
Scanner scan = new Scanner(System.in);
for(int i=0; i 500)
arr[i] = 500;
}
}
public static double[] copyArray(double arr[]){
double arr1[] = new double[arr.length];
for(int i=0; i
Solution
ArrayOperations.java
import java.util.Arrays;
import java.util.Scanner;
public class ArrayOperations {
/**
* @param args
*/
public static void main(String[] args) {
// TODO Auto-generated method stub
double arr[] = input();
System.out.println(\"Input Array Elements: \");
printArray(arr);
getSquarRoot(arr);
System.out.println(\"After Square root method called:\");
printArray(arr);
replaceValue(arr);
System.out.println(\"After replace method called:\");
printArray(arr);
double arr1[] = copyArray(arr);
System.out.println(\"Original Array:\");
printArray(arr);
System.out.println(\"New Array:\");
printArray(arr1);
}
public static double[] input(){
double arr[] = new double[10];
Scanner scan = new Scanner(System.in);
for(int i=0; i 500)
arr[i] = 500;
}
}
public static double[] copyArray(double arr[]){
double arr1[] = new double[arr.length];
for(int i=0; i.
Atomic mass of S = 32.07 gmolAtomic mass of F = 19.00 gmolMole.pdf
Atomic mass of S = 32.07 g/mol
Atomic mass of F = 19.00 g/mol
Moles = mass/atomic mass
Moles of S : F = 1/32.07 : 1.19/19.00
= 0.0312 : 0.0626
= 1 : 2
Thus x = 2 and the compound is SF2
Solution
Atomic mass of S = 32.07 g/mol
Atomic mass of F = 19.00 g/mol
Moles = mass/atomic mass
Moles of S : F = 1/32.07 : 1.19/19.00
= 0.0312 : 0.0626
= 1 : 2
Thus x = 2 and the compound is SF2.
Ans 1 Right and left common iliac arteries. Inferior phrenic artery.pdf
Ans 1: Right and left common iliac arteries. Inferior phrenic artery and celiac trunk.
Ans 2: Three major branches of celiac artery are:
a. Left gastric artery
b. common hepatic artery
c. Splenic artery
Ans 3: The external iliac artery is the principal artery of the hindlimb. It continues as femoral
artery then lead to popliteal artery .
Ans 4: The umbilical arteries transport wastes, such as carbon dioxide, from the fetus to the
placenta.
Ans 5: The common iliac veins merge to form the inferior vena cava.
Ans 6. The right atrium receives deoxygenated blood firt.
Ans 7: The valves are unidirectional and prevent flow in opposite direction to prevent back flow.
Ans 8: The chordae tendineae prevent the eversion, prolapse by becoming tense thus pulling the
flaps and holding them in the closed position.
Ans 9: Layers of heart are: epicardium, the myocardium and the endocardium.
Ans 10: The blood enters into the aorta.
Solution
Ans 1: Right and left common iliac arteries. Inferior phrenic artery and celiac trunk.
Ans 2: Three major branches of celiac artery are:
a. Left gastric artery
b. common hepatic artery
c. Splenic artery
Ans 3: The external iliac artery is the principal artery of the hindlimb. It continues as femoral
artery then lead to popliteal artery .
Ans 4: The umbilical arteries transport wastes, such as carbon dioxide, from the fetus to the
placenta.
Ans 5: The common iliac veins merge to form the inferior vena cava.
Ans 6. The right atrium receives deoxygenated blood firt.
Ans 7: The valves are unidirectional and prevent flow in opposite direction to prevent back flow.
Ans 8: The chordae tendineae prevent the eversion, prolapse by becoming tense thus pulling the
flaps and holding them in the closed position.
Ans 9: Layers of heart are: epicardium, the myocardium and the endocardium.
Ans 10: The blood enters into the aorta..
Answer is Integration.Both the hormones bound to the receptors of .pdf
Answer is Integration.
Both the hormones bound to the receptors of the same cell. This is called as an integration.
Two hormones coming together.
Solution
Answer is Integration.
Both the hormones bound to the receptors of the same cell. This is called as an integration.
Two hormones coming together..
A function can only have one output, y, for each unique input, x.I.pdf
A function can only have one output, y, for each unique input, x.
In our case x=10 has two output values y=2001 and 2003.DSo, two output for one input.
It is not a function,
Second question image is not visible
Solution
A function can only have one output, y, for each unique input, x.
In our case x=10 has two output values y=2001 and 2003.DSo, two output for one input.
It is not a function,
Second question image is not visible.
2. D. design thinking.3. B. actions taken to close or narrow t.pdf
2. D. design thinking.
3. B. actions taken to close or narrow the gap.
4. D. Brainstorming
5. D. Mindmapping
6. D. peripheral network positions
7. D. let someone else gather information.
8. D. Creativity as behavior
9. A. \"Does the problem possess a quality requirement?\"
This is the first of eleven situational characteristics of Vroom’s decision making model as an
approach to leadership style.
10.D. incubation
11.A. innovator
According to Michael J Kirton’s Adaption-Innovation Theory, Vanessa would be recognized as
an innovator.
12.B. Chaordic
13. C. positive emotions
14.D. synectics.
Synectics comes from Greek and its literal meaning is joining together of different or apparently
irrelevant elements.
15.D. strategic
Decisions that take place at the top of the organization are high risk decisions and therefore
strategic in nature.
16.C. brainstorming
17.C. Mind-mapping
18.C. Vertical
19.A. incremental violations
20.B. identifying the problem and its elements.
The first step in decision making is problem identification and involves identifying the problem
and its elements.
Solution
2. D. design thinking.
3. B. actions taken to close or narrow the gap.
4. D. Brainstorming
5. D. Mindmapping
6. D. peripheral network positions
7. D. let someone else gather information.
8. D. Creativity as behavior
9. A. \"Does the problem possess a quality requirement?\"
This is the first of eleven situational characteristics of Vroom’s decision making model as an
approach to leadership style.
10.D. incubation
11.A. innovator
According to Michael J Kirton’s Adaption-Innovation Theory, Vanessa would be recognized as
an innovator.
12.B. Chaordic
13. C. positive emotions
14.D. synectics.
Synectics comes from Greek and its literal meaning is joining together of different or apparently
irrelevant elements.
15.D. strategic
Decisions that take place at the top of the organization are high risk decisions and therefore
strategic in nature.
16.C. brainstorming
17.C. Mind-mapping
18.C. Vertical
19.A. incremental violations
20.B. identifying the problem and its elements.
The first step in decision making is problem identification and involves identifying the problem
and its elements..
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Solution 9 - (E) $16000Calculation of amount of goodwill at Jnauar.pdf
Receptor mediated endocytosisThe receptor for low density lipoprot.pdf
Receptor mediated endocytosisThe receptor for low density lipoprot.pdf
Question 14ans data and instructionsQuestion 15ans data .pdf
Question 14ans data and instructionsQuestion 15ans data .pdf
option D is correctSolutionoption D is correct.pdf
option D is correctSolutionoption D is correct.pdf
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