Connects corresponding regions of left and right cerebral hemisphere.pdf
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Connects corresponding regions of left and right cerebral hemispheres - Corpus callosum Connects cerebral cortex to other brain regions - Projection track Connects different parts of the same hemisphere - Association track Conscious planning, control of voluntary movement- Frontal lobe Control center for homeostasis and circadian rhythm- Hypothalamus Deep gray matter involved in arousal and memory- Basal forebrain nuclei Process sensory information and relay it to cerebral cortex - Thalamus Secretes melatonin to coordinate circadian functions - Epithalamus Senses of smell and hearing - Temporal lobe Somatosensory cortex, integration of sensory information - Parietal lobe Specialized for visual processing - Occipital lobe Unconscious control of repetitive movements- basal ganglia Visceral senses, taste, integration of sensory information - Insula Solution Connects corresponding regions of left and right cerebral hemispheres - Corpus callosum Connects cerebral cortex to other brain regions - Projection track Connects different parts of the same hemisphere - Association track Conscious planning, control of voluntary movement- Frontal lobe Control center for homeostasis and circadian rhythm- Hypothalamus Deep gray matter involved in arousal and memory- Basal forebrain nuclei Process sensory information and relay it to cerebral cortex - Thalamus Secretes melatonin to coordinate circadian functions - Epithalamus Senses of smell and hearing - Temporal lobe Somatosensory cortex, integration of sensory information - Parietal lobe Specialized for visual processing - Occipital lobe Unconscious control of repetitive movements- basal ganglia Visceral senses, taste, integration of sensory information - Insula.
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(ii) Further, the financial accounting makes calculation of ratios easier, which can lead to a
correct decision regarding the long term or short term profitability of the decision to be taken, as
the case may be.
Two disadvantages thereagainst are :
(i) Financial accounting, if not done in accordance with the Generally Accepted Accounting
Principles, can lead to a wrong picture being shown. This can affect the purchase power for a
decision to be taken correctly.
(ii) In major cases of decision making, budgets are also required to be analysed. This information
is not provided for by financial accounting, but by management accounting.
Solution
Two advantages of using financial accounting information in decision making are :
(i) Financial accounting provides an insight into the financial viability of the Company. Hence,
based on the fund position, the decision can be correctly taken.
(ii) Further, the financial accounting makes calculation of ratios easier, which can lead to a
correct decision regarding the long term or short term profitability of the decision to be taken, as
the case may be.
Two disadvantages thereagainst are :
(i) Financial accounting, if not done in accordance with the Generally Accepted Accounting
Principles, can lead to a wrong picture being shown. This can affect the purchase power for a
decision to be taken correctly.
(ii) In major cases of decision making, budgets are also required to be analysed. This information
is not provided for by financial accounting, but by management accounting..
their joint probability is the product of the probability of the eve.pdf
their joint probability is the product of the probability of the events
Solution
their joint probability is the product of the probability of the events.
The phylogenetic origin of the flu virus that caused the 2009 pandem.pdf
The phylogenetic origin of the flu virus that caused the 2009 pandemics can be traced before
1918. Around 1918, the ancestral virus, of avian origin, crossed the species boundaries and
infected humans as human H1N1 in North America. The same phenomenon took place, where
the human virus was infecting pigs; it led to the emergence of the H1N1 swine strain, which later
became the swine flu.
Then the avian strain H1N1 infected humans again; this time the virus met the strain H2N2, and
then the strain H3N2 originated.
Around 1979, the avian H1N1 strain infected pigs and gave rise to Euroasiatic swine flu and
H1N1 Euroasiatic swine virus.
The 2009 outbreak is a triple reassortment process in a pig host of North American H1N1 swine
virus, the human H3N2 virus and avian H1N1 virus which generated the swine H1N2 strain.
Finally, the last step was in 2009, when the virus H1N2 co-infected a human host at the same
time as the Euroasiatic H1N1 swine strain. This led to the emergence of a new human H1N1
strain, which caused the 2009 pandemic.
In 2009, the World Health Organization raised the worldwide pandemic alert level to Phase 6 for
swine flu, which is the highest alert level. This alert level means that the swine flu had spread
worldwide and there were cases of people with the virus in most countries.
Swine flu spread very rapidly worldwide due to its high human-to-human transmission rate and
due to the frequency of air travel.
This difference in the rate of spread is mainly due to the increased volume and speed of global
transportation and to a minimal extent the increased virulance of the pathogen.
Solution
The phylogenetic origin of the flu virus that caused the 2009 pandemics can be traced before
1918. Around 1918, the ancestral virus, of avian origin, crossed the species boundaries and
infected humans as human H1N1 in North America. The same phenomenon took place, where
the human virus was infecting pigs; it led to the emergence of the H1N1 swine strain, which later
became the swine flu.
Then the avian strain H1N1 infected humans again; this time the virus met the strain H2N2, and
then the strain H3N2 originated.
Around 1979, the avian H1N1 strain infected pigs and gave rise to Euroasiatic swine flu and
H1N1 Euroasiatic swine virus.
The 2009 outbreak is a triple reassortment process in a pig host of North American H1N1 swine
virus, the human H3N2 virus and avian H1N1 virus which generated the swine H1N2 strain.
Finally, the last step was in 2009, when the virus H1N2 co-infected a human host at the same
time as the Euroasiatic H1N1 swine strain. This led to the emergence of a new human H1N1
strain, which caused the 2009 pandemic.
In 2009, the World Health Organization raised the worldwide pandemic alert level to Phase 6 for
swine flu, which is the highest alert level. This alert level means that the swine flu had spread
worldwide and there were cases of people with the virus in most countries.
Swine flu spread very rapidly worldwide due to its hig.
The Program to find out the middle of a given linked listclass Lin.pdf
The Program to find out the middle of a given linked list
class LinkedList
{
Node head;
class Node
{
int data;
Node next;
Node(int d)
{
data = d;
next = null;
}
}
void printMiddle()
{
Node slow_ptr = head;
Node fast_ptr = head;
if (head != null)
{
while (fast_ptr != null && fast_ptr.next != null)
{
fast_ptr = fast_ptr.next.next;
slow_ptr = slow_ptr.next;
}
System.out.println(\"The middle element is [\" +
slow_ptr.data + \"] \ \");
}
}
public void push(int new_data)
{
Node new_node = new Node(new_data);
new_node.next = head;
head = new_node;
}
public void printList()
{
Node tnode = head;
while (tnode != null)
{
System.out.print(tnode.data+\"->\");
tnode = tnode.next;
}
System.out.println(\"NULL\");
}
public static void main(String [] args)
{
LinkedList llist = new LinkedList();
for (int i=5; i>0; --i)
{
llist.push(i);
llist.printList();
llist.printMiddle();
}
}
}
Solution
The Program to find out the middle of a given linked list
class LinkedList
{
Node head;
class Node
{
int data;
Node next;
Node(int d)
{
data = d;
next = null;
}
}
void printMiddle()
{
Node slow_ptr = head;
Node fast_ptr = head;
if (head != null)
{
while (fast_ptr != null && fast_ptr.next != null)
{
fast_ptr = fast_ptr.next.next;
slow_ptr = slow_ptr.next;
}
System.out.println(\"The middle element is [\" +
slow_ptr.data + \"] \ \");
}
}
public void push(int new_data)
{
Node new_node = new Node(new_data);
new_node.next = head;
head = new_node;
}
public void printList()
{
Node tnode = head;
while (tnode != null)
{
System.out.print(tnode.data+\"->\");
tnode = tnode.next;
}
System.out.println(\"NULL\");
}
public static void main(String [] args)
{
LinkedList llist = new LinkedList();
for (int i=5; i>0; --i)
{
llist.push(i);
llist.printList();
llist.printMiddle();
}
}
}.
Question 1Answer b. The returned value, return address, paramete.pdf
Question 1:
Answer: b. The returned value, return address, parameters, and local variables
Question 2:
Answer: Pointers have to point to a certain type
Question 3:
Answer: True
Question 4:
Answer: True
Solution
Question 1:
Answer: b. The returned value, return address, parameters, and local variables
Question 2:
Answer: Pointers have to point to a certain type
Question 3:
Answer: True
Question 4:
Answer: True.
Plasma membrane of human is made of phospholipids; these are fluids .pdf
Plasma membrane of human is made of phospholipids; these are fluids so fluidity is reflected to
the viscosity of the membrane. The fluidity is reciprocal to viscosity of the lipids of membrane.
High viscosity causes to low fluidity.
Cholesterol plays an important role for the binding of phospholipids in the membrane.
Cholesterol has hydrocarbon ring. They interact with the hydrophilic head of phospholipids
through their polar hydroxyl groups. This binding helps to decrease mobility of membrane to
outside; make more rigid. When the temperature downs from 37 0C (200C) the cholesterol plays
such important role because it prevents the closeness of lipid hydrocarbon chains by binding with
them. When the temperature rises (400C) cholesterol holds some methylene group of fatty acid
chains and thus increases the melting temperature.
Solution
Plasma membrane of human is made of phospholipids; these are fluids so fluidity is reflected to
the viscosity of the membrane. The fluidity is reciprocal to viscosity of the lipids of membrane.
High viscosity causes to low fluidity.
Cholesterol plays an important role for the binding of phospholipids in the membrane.
Cholesterol has hydrocarbon ring. They interact with the hydrophilic head of phospholipids
through their polar hydroxyl groups. This binding helps to decrease mobility of membrane to
outside; make more rigid. When the temperature downs from 37 0C (200C) the cholesterol plays
such important role because it prevents the closeness of lipid hydrocarbon chains by binding with
them. When the temperature rises (400C) cholesterol holds some methylene group of fatty acid
chains and thus increases the melting temperature..
Please post the exact proplem in comments.SolutionPlease post .pdf
This document does not provide enough information to summarize. It only states to post the exact problem in comments but does not provide any other context or details about an issue being discussed.
P( both correct) = P( first correct)P( second correct) = 1212 = .pdf
P( both correct) = P( first correct)*P( second correct) = 1/2*1/2 = 1/4
Solution
P( both correct) = P( first correct)*P( second correct) = 1/2*1/2 = 1/4.
One of the functions of skin is to regulate the temperature. The ski.pdf
One of the functions of skin is to regulate the temperature. The skin under the influence of
homeostatic control regulates the body temperature. Skin coordinates with the blood vessels
present in it to regulate the temperature. When the outside environment is hot with high
temperature, the blood vessels are dilated to initiate the heat loos. Simulatneously, the sweat
glands in skin produce sweat or prespiration along with salts. The sweat with the blow of wind
from outside cools the body immediately and allow the drop of internal temperature.
When the external environment is cold with low temperatures, blood vessels constrict and pores
and sweat glands in skin are tightened initiating shivering to retain or generate heat in the body
and to resist the cold temperatures. The heat or cold temperatures are snesed by the
thermorteceptors present in the skin and that carry the sensory information to temperature
regulation center in the brain (pituitary gland). The signals received back by the receptors
integrate the message with skin and regulates the temperature.
Solution
One of the functions of skin is to regulate the temperature. The skin under the influence of
homeostatic control regulates the body temperature. Skin coordinates with the blood vessels
present in it to regulate the temperature. When the outside environment is hot with high
temperature, the blood vessels are dilated to initiate the heat loos. Simulatneously, the sweat
glands in skin produce sweat or prespiration along with salts. The sweat with the blow of wind
from outside cools the body immediately and allow the drop of internal temperature.
When the external environment is cold with low temperatures, blood vessels constrict and pores
and sweat glands in skin are tightened initiating shivering to retain or generate heat in the body
and to resist the cold temperatures. The heat or cold temperatures are snesed by the
thermorteceptors present in the skin and that carry the sensory information to temperature
regulation center in the brain (pituitary gland). The signals received back by the receptors
integrate the message with skin and regulates the temperature..
None of the options.SolutionNone of the options..pdf
This 1 sentence document does not provide any options to choose from. It simply states "None of the options" and provides no other context or information.
Main class --------------------------import java.awt.FlowLayout.pdf
Main class :-
-------------------------
import java.awt.FlowLayout;
import java.awt.Graphics;
import java.awt.GridLayout;
import java.awt.Insets;
import java.awt.event.ActionEvent;
import java.awt.event.ActionListener;
import javax.swing.JButton;
import javax.swing.JFrame;
import javax.swing.JLabel;
import javax.swing.JPanel;
import javax.swing.JTextField;
public class Main {
/**
* @param args
*/
public static void main(String[] args) {
// TODO Auto-generated method stub
final InfixExperssionEvaluator ie = new InfixExperssionEvaluator();
JFrame frame = new JFrame(\"FrameDemo\");
frame.setSize(600,200);
frame.setLayout(new FlowLayout());
JPanel main = new JPanel(new GridLayout(3, 1));
JPanel panel1 = new JPanel(new GridLayout(1, 2));
panel1.setSize(500, 250);
panel1.add(new JLabel(\"Enter Infix Expression\"));
final JTextField field1 = new JTextField();
field1.setSize(150,100);
panel1.add(field1);
main.add(panel1);
JPanel panel2 = new JPanel(new GridLayout(1, 1));
panel1.setSize(300, 150);
JButton button = new JButton();
button.setSize(200, 100);
button.setText(\"Submit\");
panel2.add(button);
main.add(panel2);
JPanel panel3 = new JPanel(new GridLayout(1, 2));
panel3.add(new JLabel(\"Value : \"));
final JLabel lbl = new JLabel();
panel3.add(lbl);
main.add(panel3);
frame.getContentPane().add(main);
frame.setVisible(true);
button.addActionListener(new ActionListener() {
@Override
public void actionPerformed(ActionEvent e) {
// TODO Auto-generated method stub
if (\"Submit\".equals(e.getActionCommand())) {
String expr = field1.getText();
lbl.setText(Double.toString(ie.infixToValue(expr)));
}
}
});
button.setActionCommand(\"Submit\");
String expr = \"((2*5)+(6/2))\";
System.out.println(\"value is ::\"+ ie.infixToValue(expr));
}
}
Class for Evaluate methods :-
-----------------------------------------
import java.util.ArrayDeque;
import java.util.HashMap;
import java.util.Map;
import java.util.Stack;
import java.util.StringTokenizer;
public class InfixExperssionEvaluator {
Stack expressionStack = new Stack();
Stack valueStack = new Stack(); //to hold only non-decimal values
public static final String OPERATORS=\"+-/*()\"; //ignore the \"(\" as an operator
//Map For Operator precedence Key(+,-,*,/) , value 0/1/2/3..
Map operator_levels = new HashMap();
public InfixExperssionEvaluator(){
operator_levels.put(\")\", 0);
operator_levels.put(\"*\", 1);
operator_levels.put(\"/\", 1);
operator_levels.put(\"+\", 2);
operator_levels.put(\"-\", 2);
operator_levels.put(\"(\", 3);
}
double infixToValue(String inputExpression) {
String eachNumber=\"\"; //to hold multiple digit values. lame idea, i know, but can\'t
think of anything else at 2 AM
int totalCharInInput = inputExpression.length();
inputExpression.replaceAll(\"\\\\s+\",\"\");
//Devide String to Tokens
StringTokenizer tokens = new StringTokenizer(inputExpression, \"{}()*/+-\", true);
//Loop through each Token
while(tokens.hasMoreTokens()){
String eachChar = tokens.nextToken();
if (isValidOperator(eachCh.
It is a test for iron(III) ion present in the solution , so it is a .pdf
It is a test for iron(III) ion present in the solution , so it is a chemical change
The chemical reaction involved in it is
Fe 3+ + SCN- -------> [Fe(NCS)(H2O)5]2+.
blood red
Solution
It is a test for iron(III) ion present in the solution , so it is a chemical change
The chemical reaction involved in it is
Fe 3+ + SCN- -------> [Fe(NCS)(H2O)5]2+.
blood red.
C. 12Solution C. 12.pdf
This document appears to contain only technical codes or shorthand without context. It provides the letters "C.", the number "12%", and the word "Solution" but no other details. Therefore, a meaningful summary cannot be generated from the limited information given.
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- 1. Connects corresponding regions of left and right cerebral hemispheres - Corpus callosum Connects cerebral cortex to other brain regions - Projection track Connects different parts of the same hemisphere - Association track Conscious planning, control of voluntary movement- Frontal lobe Control center for homeostasis and circadian rhythm- Hypothalamus Deep gray matter involved in arousal and memory- Basal forebrain nuclei Process sensory information and relay it to cerebral cortex - Thalamus Secretes melatonin to coordinate circadian functions - Epithalamus Senses of smell and hearing - Temporal lobe Somatosensory cortex, integration of sensory information - Parietal lobe Specialized for visual processing - Occipital lobe Unconscious control of repetitive movements- basal ganglia Visceral senses, taste, integration of sensory information - Insula Solution Connects corresponding regions of left and right cerebral hemispheres - Corpus callosum Connects cerebral cortex to other brain regions - Projection track Connects different parts of the same hemisphere - Association track Conscious planning, control of voluntary movement- Frontal lobe Control center for homeostasis and circadian rhythm- Hypothalamus Deep gray matter involved in arousal and memory- Basal forebrain nuclei Process sensory information and relay it to cerebral cortex - Thalamus Secretes melatonin to coordinate circadian functions - Epithalamus Senses of smell and hearing - Temporal lobe Somatosensory cortex, integration of sensory information - Parietal lobe Specialized for visual processing - Occipital lobe Unconscious control of repetitive movements- basal ganglia Visceral senses, taste, integration of sensory information - Insula