An object that moves in a circle A c++ program to check if the gi.pdf
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An object that moves in a circle / A c++ program to check if the given path for a object is circular or not #include using namespace std; // Macros for East, North, South and West #define N 0 #define E 1 #define S 2 #define W 3 // This function returns true if the given path is circular, else false bool isCircular(char path[]) { // Initialize starting point for robot as (0, 0) and starting // direction as N North int x = 0, y = 0; int dir = N; // Travers the path given for robot for (int i=0; path[i]; i++) { // Find current move char move = path[i]; // If move is left or right, then change direction if (move == \'R\') dir = (dir + 1)%4; else if (move == \'L\') dir = (4 + dir - 1)%4; // If move is Go, then change x or y according to // current direction else // if (move == \'G\') { if (dir == N) y++; else if (dir == E) x++; else if (dir == S) y--; else // dir == W x--; } } // If robot comes back to (0, 0), then path is cyclic return (x == 0 && y == 0); } An object that continually rotates I\'m trying to simulate the solar system and need to get the moon to orbit a planet orbiting the sun i am currently using the following code to rotate the planets i\'m trying to use the code below to make my moon orbit the earth however at the moment all i can do is rotate around a specific point. glPushMatrix(); glRotated((GLdouble)(spin*earth.speed), 0.0, 0.0, 1.0); glTranslated(earth.xPos, earth.yPos, earth.zPos); earth.draw(); glPopMatrix(); glPushMatrix(); //define one time only start location bool start = true; if (start) { glTranslated(earthMoon.xPos, earthMoon.yPos, earthMoon.zPos); start = false; } //orbit earths start point //perfectly fits around earth glTranslatef(-0.1, -0.1, 0); glRotatef(spin*10, 0, 0, 1); glTranslatef(0.1, 0.1, 0); // need translation vector to follow earth //glTranslated(earthMoon.xPos, earthMoon.yPos, earthMoon.zPos); earthMoon.draw(); glPopMatrix(); i think what i need to do is find some way of knowing earths position from the rotatef function. I have a class for the planets with the following attributes and methods: float radius; float xPos; float yPos; float zPos; float speed; planet(float r, float x, float y, float z, float speed); ~planet(); void draw(void) { glPushMatrix(); glColor3f(0.0, 1.0, 1.0); glutSolidSphere(radius, 20, 10); glPopMatrix(); } Solution An object that moves in a circle / A c++ program to check if the given path for a object is circular or not #include using namespace std; // Macros for East, North, South and West #define N 0 #define E 1 #define S 2 #define W 3 // This function returns true if the given path is circular, else false bool isCircular(char path[]) { // Initialize starting point for robot as (0, 0) and starting // direction as N North int x = 0, y = 0; int dir = N; // Travers the path given for robot for (int i=0; path[i]; i++) { // Find current move char move = path[i]; // If move is left or right, then change direction if (move == \'R\') dir = (dir + 1)%4; else if (move == \'L\') dir = .
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![An object that moves in a circle
/ A c++ program to check if the given path for a object is circular or not
#include
using namespace std;
// Macros for East, North, South and West
#define N 0
#define E 1
#define S 2
#define W 3
// This function returns true if the given path is circular, else false
bool isCircular(char path[])
{
// Initialize starting point for robot as (0, 0) and starting
// direction as N North
int x = 0, y = 0;
int dir = N;
// Travers the path given for robot
for (int i=0; path[i]; i++)
{
// Find current move
char move = path[i];
// If move is left or right, then change direction
if (move == 'R')
dir = (dir + 1)%4;
else if (move == 'L')
dir = (4 + dir - 1)%4;
// If move is Go, then change x or y according to
// current direction
else // if (move == 'G')
{
if (dir == N)
y++;
else if (dir == E)
x++;
else if (dir == S)](https://image.slidesharecdn.com/anobjectthatmovesinacircleacprogramtocheckifthegi-230408104909-290e9c82/85/An-object-that-moves-in-a-circle-A-c-program-to-check-if-the-gi-pdf-1-320.jpg)
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Apply physics laws to the circles- When a circle hits one of the sides.pdf
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instead.
Alter the speed of the circle.
Change the angle of trajectory so it follows physics laws instead of taking a randomized pattern.
(This means it would continue in the direction it was heading rather than moving backward.)
Add friction to specific surfaces, which would affect the circle and slow its progress once it
collided with the surface.
PLEASE USE GIVEN CODE BELOW WITH NO ADDITIONAL LIBRARIES
#include <GLFW\glfw3.h>
#include "linmath.h"
#include <stdlib.h>
#include <stdio.h>
#include <conio.h>
#include <iostream>
#include <vector>
#include <windows.h>
#include <time.h>
using namespace std;
const float DEG2RAD = 3.14159 / 180;
void processInput(GLFWwindow* window);
enum BRICKTYPE { REFLECTIVE, DESTRUCTABLE };
enum ONOFF { ON, OFF };
class Brick
{
public:
float red, green, blue;
float x, y, width;
BRICKTYPE brick_type;
ONOFF onoff;
Brick(BRICKTYPE bt, float xx, float yy, float ww, float rr, float gg, float bb)
{
brick_type = bt; x = xx; y = yy, width = ww; red = rr, green = gg, blue = bb;
onoff = ON;
};
void drawBrick()
{
if (onoff == ON)
{
double halfside = width / 6;
glColor3d(red, green, blue);
glBegin(GL_POLYGON);
glVertex2d(x + halfside, y + halfside);
glVertex2d(x + halfside, y - halfside);
glVertex2d(x - halfside, y - halfside);
glVertex2d(x - halfside, y + halfside);
glEnd();
}
}
};
class Circle
{
public:
float red, green, blue;
float radius;
float x;
float y;
float speed = 0.01; //speed of circles
int direction; // 1=up 2=right 3=down 4=left 5 = up right 6 = up left 7 = down right 8= down
left
Circle(double xx, double yy, double rr, int dir, float rad, float r, float g, float b)
{
x = xx;
y = yy;
radius = rr;
red = r;
green = g;
blue = b;
radius = rad;
direction = dir;
}
void CheckCollision(Brick* brk)
{
if (brk->brick_type == REFLECTIVE)
{
if ((x > brk->x - brk->width && x <= brk->x + brk->width) && (y > brk->y - brk->width
&& y <= brk->y + brk->width))
{
direction = GetDirection();
x = x + 0.01;
y = y + 0.02;
}
}
else if (brk->brick_type == DESTRUCTABLE)
{
if ((x > brk->x - brk->width && x <= brk->x + brk->width) && (y > brk->y - brk->width
&& y <= brk->y + brk->width))
{
brk->onoff = OFF;
}
}
}
int GetDirection()
{
return (rand() % 8) + 1;
}
void MoveOneStep()
{
if (direction == 1 || direction == 5 || direction == 6) // up
{
if (y > -1 + radius)
{
y -= speed;
}
else
{
direction = GetDirection();
}
}
if (direction == 2 || direction == 5 || direction == 7) // right
{
if (x < 1 - radius)
{
x += speed;
}
else
{
direction = GetDirection();
}
}
if (direction =.
#includefloat angle, move, scene, roadmove,turn, on=1; int i, st.docx
#includefloat angle, move, scene, roadmove,turn, on=1; int i, st
primary london forces It is not covalent bondin.pdf
primary london forces It is not covalent bonding, because the CO2 molecules do
not form covalent bonds with each other. Within the CO2 molecules, however, there are C=O
covalent bonds. But that is intramolecular No ions, no ionic bonding no metals, no ionic
bonding structure of CO2: O=C=O, a linear molecule, no net dipole, so no dipole-dipole
interactions
Solution
primary london forces It is not covalent bonding, because the CO2 molecules do
not form covalent bonds with each other. Within the CO2 molecules, however, there are C=O
covalent bonds. But that is intramolecular No ions, no ionic bonding no metals, no ionic
bonding structure of CO2: O=C=O, a linear molecule, no net dipole, so no dipole-dipole
interactions.
P =[nRT(V-nb)] -[n^2aV^2] Put the values .pdf
P =[nRT/(V-nb)] -[n^2a/V^2] Put the values
Solution
P =[nRT/(V-nb)] -[n^2a/V^2] Put the values.
its v simple salt water contains salt n fresh wat.pdf
its v simple salt water contains salt n fresh water does not contain any type of salt
Solution
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We now prove for every finite-dimensional complex vector space V an.pdf
We now prove: for every finite-dimensional complex vector space V and every linear
map T : V V , there exists an ordered basis X of V such that [T]X is a Jordan canonical
form.
The proof is by induction on n = dim(V ). For n = 0 and n = 1, the result follows
immediately. Now assume n > 1 and the result is already known for all complex vector
spaces of smaller dimension than n.
Pick a fixed eigenvalue c of the given linear map T, and let v 6= 0 be an associated
eigenvector. Let U = T c IdV , where IdV denotes the identity map on V .
Applying
Fitting’s lemma to the linear map U, we get a direct sum V = Z W ; where Z and W are
U-invariant (hence also T-invariant) subspaces of V such that U|Z is nilpotent and U|W is
an isomorphism. On one hand, U|Z is nilpotent, so we know there is an ordered basis X1 of
Z and a partition of the integer k = dim(Z) such that [U|Z]X1 = J(0; ).
It follows that
[T|Z]X1 = [U|Z + c IdZ]X1 = [U|Z]X1 + [c IdZ]X1 = J(0; ) + cIk = J(c; ).
On the other hand, v cannot lie in W, since otherwise U|W(v) = U(v) = 0 = U|W(0)
contradicts the fact that U|W is an isomorphism. So W 6= V , forcing dim(W) < dim(V ).
By the induction hypothesis, there exists an ordered basis X2 of W such that [U|W]X2 is a
Jordan canonical form matrix J1. By the same calculation used above, we see that [T|W]X2
is the matrix J2 obtained from J1 by adding c to every diagonal entry. This new matrix is
also a Jordan canonical form. Finally, taking X to be the concatenation of X1 and X2, we
know X is an ordered basis of V such that [T]X = blk-diag(J(c; ), J2). This matrix is a
Jordan canonical form, so the induction proof is complete.
The existence of Jordan canonical forms for linear maps implies the existence of Jordan
canonical forms for matrices, as follows. Given A Mn(C), let T : Cn Cn be the linear
map defined by T(v) = Av for all column vectors v Cn. Choose an ordered basis X of Cn
such that J = [T]X is a Jordan canonical form. We know J = P1AP for some invertible
P Mn(C), so A is similar to a Jordan canonical form.
We should also point out that the only special feature of the field C needed in thisproof was that
every linear map on an n-dimensional C-vector space (with n > 0) has an eigenvalue in C. This
follows from the fact that all non-constant polynomials in C[x] split into products of linear
factors. The Jordan canonical form theorem extends to any field F
having the latter property (such fields are called algebraically closed).
Solution
We now prove: for every finite-dimensional complex vector space V and every linear
map T : V V , there exists an ordered basis X of V such that [T]X is a Jordan canonical
form.
The proof is by induction on n = dim(V ). For n = 0 and n = 1, the result follows
immediately. Now assume n > 1 and the result is already known for all complex vector
spaces of smaller dimension than n.
Pick a fixed eigenvalue c of the given linear map T, and let v 6= 0 be an associated
eigenvector. Let U = T c IdV , where IdV denotes the .
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PLEASE USE GIVEN CODE BELOW WITH NO ADDITIONAL LIBRARIES
#include <GLFW\glfw3.h>
#include "linmath.h"
#include <stdlib.h>
#include <stdio.h>
#include <conio.h>
#include <iostream>
#include <vector>
#include <windows.h>
#include <time.h>
using namespace std;
const float DEG2RAD = 3.14159 / 180;
void processInput(GLFWwindow* window);
enum BRICKTYPE { REFLECTIVE, DESTRUCTABLE };
enum ONOFF { ON, OFF };
class Brick
{
public:
float red, green, blue;
float x, y, width;
BRICKTYPE brick_type;
ONOFF onoff;
Brick(BRICKTYPE bt, float xx, float yy, float ww, float rr, float gg, float bb)
{
brick_type = bt; x = xx; y = yy, width = ww; red = rr, green = gg, blue = bb;
onoff = ON;
};
void drawBrick()
{
if (onoff == ON)
{
double halfside = width / 6;
glColor3d(red, green, blue);
glBegin(GL_POLYGON);
glVertex2d(x + halfside, y + halfside);
glVertex2d(x + halfside, y - halfside);
glVertex2d(x - halfside, y - halfside);
glVertex2d(x - halfside, y + halfside);
glEnd();
}
}
};
class Circle
{
public:
float red, green, blue;
float radius;
float x;
float y;
float speed = 0.01; //speed of circles
int direction; // 1=up 2=right 3=down 4=left 5 = up right 6 = up left 7 = down right 8= down
left
Circle(double xx, double yy, double rr, int dir, float rad, float r, float g, float b)
{
x = xx;
y = yy;
radius = rr;
red = r;
green = g;
blue = b;
radius = rad;
direction = dir;
}
void CheckCollision(Brick* brk)
{
if (brk->brick_type == REFLECTIVE)
{
if ((x > brk->x - brk->width && x <= brk->x + brk->width) && (y > brk->y - brk->width
&& y <= brk->y + brk->width))
{
direction = GetDirection();
x = x + 0.01;
y = y + 0.02;
}
}
else if (brk->brick_type == DESTRUCTABLE)
{
if ((x > brk->x - brk->width && x <= brk->x + brk->width) && (y > brk->y - brk->width
&& y <= brk->y + brk->width))
{
brk->onoff = OFF;
}
}
}
int GetDirection()
{
return (rand() % 8) + 1;
}
void MoveOneStep()
{
if (direction == 1 || direction == 5 || direction == 6) // up
{
if (y > -1 + radius)
{
y -= speed;
}
else
{
direction = GetDirection();
}
}
if (direction == 2 || direction == 5 || direction == 7) // right
{
if (x < 1 - radius)
{
x += speed;
}
else
{
direction = GetDirection();
}
}
if (direction =.
#includefloat angle, move, scene, roadmove,turn, on=1; int i, st.docx
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primary london forces It is not covalent bondin.pdf
primary london forces It is not covalent bonding, because the CO2 molecules do
not form covalent bonds with each other. Within the CO2 molecules, however, there are C=O
covalent bonds. But that is intramolecular No ions, no ionic bonding no metals, no ionic
bonding structure of CO2: O=C=O, a linear molecule, no net dipole, so no dipole-dipole
interactions
Solution
primary london forces It is not covalent bonding, because the CO2 molecules do
not form covalent bonds with each other. Within the CO2 molecules, however, there are C=O
covalent bonds. But that is intramolecular No ions, no ionic bonding no metals, no ionic
bonding structure of CO2: O=C=O, a linear molecule, no net dipole, so no dipole-dipole
interactions.
P =[nRT(V-nb)] -[n^2aV^2] Put the values .pdf
P =[nRT/(V-nb)] -[n^2a/V^2] Put the values
Solution
P =[nRT/(V-nb)] -[n^2a/V^2] Put the values.
its v simple salt water contains salt n fresh wat.pdf
its v simple salt water contains salt n fresh water does not contain any type of salt
Solution
its v simple salt water contains salt n fresh water does not contain any type of salt.
We now prove for every finite-dimensional complex vector space V an.pdf
We now prove: for every finite-dimensional complex vector space V and every linear
map T : V V , there exists an ordered basis X of V such that [T]X is a Jordan canonical
form.
The proof is by induction on n = dim(V ). For n = 0 and n = 1, the result follows
immediately. Now assume n > 1 and the result is already known for all complex vector
spaces of smaller dimension than n.
Pick a fixed eigenvalue c of the given linear map T, and let v 6= 0 be an associated
eigenvector. Let U = T c IdV , where IdV denotes the identity map on V .
Applying
Fitting’s lemma to the linear map U, we get a direct sum V = Z W ; where Z and W are
U-invariant (hence also T-invariant) subspaces of V such that U|Z is nilpotent and U|W is
an isomorphism. On one hand, U|Z is nilpotent, so we know there is an ordered basis X1 of
Z and a partition of the integer k = dim(Z) such that [U|Z]X1 = J(0; ).
It follows that
[T|Z]X1 = [U|Z + c IdZ]X1 = [U|Z]X1 + [c IdZ]X1 = J(0; ) + cIk = J(c; ).
On the other hand, v cannot lie in W, since otherwise U|W(v) = U(v) = 0 = U|W(0)
contradicts the fact that U|W is an isomorphism. So W 6= V , forcing dim(W) < dim(V ).
By the induction hypothesis, there exists an ordered basis X2 of W such that [U|W]X2 is a
Jordan canonical form matrix J1. By the same calculation used above, we see that [T|W]X2
is the matrix J2 obtained from J1 by adding c to every diagonal entry. This new matrix is
also a Jordan canonical form. Finally, taking X to be the concatenation of X1 and X2, we
know X is an ordered basis of V such that [T]X = blk-diag(J(c; ), J2). This matrix is a
Jordan canonical form, so the induction proof is complete.
The existence of Jordan canonical forms for linear maps implies the existence of Jordan
canonical forms for matrices, as follows. Given A Mn(C), let T : Cn Cn be the linear
map defined by T(v) = Av for all column vectors v Cn. Choose an ordered basis X of Cn
such that J = [T]X is a Jordan canonical form. We know J = P1AP for some invertible
P Mn(C), so A is similar to a Jordan canonical form.
We should also point out that the only special feature of the field C needed in thisproof was that
every linear map on an n-dimensional C-vector space (with n > 0) has an eigenvalue in C. This
follows from the fact that all non-constant polynomials in C[x] split into products of linear
factors. The Jordan canonical form theorem extends to any field F
having the latter property (such fields are called algebraically closed).
Solution
We now prove: for every finite-dimensional complex vector space V and every linear
map T : V V , there exists an ordered basis X of V such that [T]X is a Jordan canonical
form.
The proof is by induction on n = dim(V ). For n = 0 and n = 1, the result follows
immediately. Now assume n > 1 and the result is already known for all complex vector
spaces of smaller dimension than n.
Pick a fixed eigenvalue c of the given linear map T, and let v 6= 0 be an associated
eigenvector. Let U = T c IdV , where IdV denotes the .
The three friends have one apple pieEd eats 12Remaining = 12.pdf
The three friends have one apple pie
Ed eats 1/2
Remaining = 1/2
Sue eats 1/2 of remaining = 1/2(1/2) = 1/4
Remaining = 1/4
Bill eats 1/2 of 1/4 = 1/8
Remaining = 1/8
Hence Ed ate 1/2, Sue ate 1/4, and Bill ate 1/8. Left over = 1/8
Solution
The three friends have one apple pie
Ed eats 1/2
Remaining = 1/2
Sue eats 1/2 of remaining = 1/2(1/2) = 1/4
Remaining = 1/4
Bill eats 1/2 of 1/4 = 1/8
Remaining = 1/8
Hence Ed ate 1/2, Sue ate 1/4, and Bill ate 1/8. Left over = 1/8.
Hg2(OH)2 = Mercury(I) hydroxide [Hg2(OH) is not p.pdf
Hg2(OH)2 = Mercury(I) hydroxide [Hg2(OH) is not possible, because OH is -1
charge] SnO2 = Tin (IV) oxide H2SO3 = Sulfurous acid HClO3 = Chloric Acid
Solution
Hg2(OH)2 = Mercury(I) hydroxide [Hg2(OH) is not possible, because OH is -1
charge] SnO2 = Tin (IV) oxide H2SO3 = Sulfurous acid HClO3 = Chloric Acid.
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The Most basic duty is to treat humanity, both in your own person, and in the person of every
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The two main duties that derive from it are:
(1) the perfect duty to act on no maxims that use people as mere means.
(2) the imperfect duty to act on some maxims that foster peoples’ ends.
Solution
The Most basic duty is to treat humanity, both in your own person, and in the person of every
other, always at the same time as an end, never simply as a means.
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The answer is main bronchi. The trachea bifurcates into the right and left main bronchi
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The answer is main bronchi. The trachea bifurcates into the right and left main bronchi.
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The Euclidean four-point model with a line that intersects only one of the points satisfies this.
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The Euclidean four-point model with a line that intersects only one of the points satisfies this..
Session and Presentation Layers are the two OSI layers are missing f.pdf
Session and Presentation Layers are the two OSI layers are missing from 5-layer TCP/IP network
model.
Option e is correct choice.
Solution
Session and Presentation Layers are the two OSI layers are missing from 5-layer TCP/IP network
model.
Option e is correct choice..
Given that S is a subset of TThis implies that any element is in S.pdf
Given that S is a subset of T
This implies that any element is in S implies that element is in T also.
Supremum of S is the least element of upper bound of S.
As S is contained in T, Supremum of S can be either supremum of T also if there is no other
element in T-S such that it is greater than S.
Otherwise T will have a greater supremum than that of S
Hence it follow s that supremum of S<= Supremum of T.
In other words, in any case it cannot exceed that of T
------------------------------------------------------------------
Infremum of T is the maximum of least bounds of T.
As S is contained in T, infremum of T will also be the least for all elements of S though not
necessarily the maximum.
If maximum of least upper bounds of S coincide with that of T then inf T = inf S
Otherwise inf T<= inf S
Solution
Given that S is a subset of T
This implies that any element is in S implies that element is in T also.
Supremum of S is the least element of upper bound of S.
As S is contained in T, Supremum of S can be either supremum of T also if there is no other
element in T-S such that it is greater than S.
Otherwise T will have a greater supremum than that of S
Hence it follow s that supremum of S<= Supremum of T.
In other words, in any case it cannot exceed that of T
------------------------------------------------------------------
Infremum of T is the maximum of least bounds of T.
As S is contained in T, infremum of T will also be the least for all elements of S though not
necessarily the maximum.
If maximum of least upper bounds of S coincide with that of T then inf T = inf S
Otherwise inf T<= inf S.
Na2so4.10H20is a limiting reagent n is the no.of moles of limiting r.pdf
Na2so4.10H20is a limiting reagent n is the no.of moles of limiting reagent which is
5.52/molecular weight
Solution
Na2so4.10H20is a limiting reagent n is the no.of moles of limiting reagent which is
5.52/molecular weight.
Structure of Each Type of linked listSingly Linked Liststruct .pdf
Structure of Each Type of linked list:
Singly Linked List:
struct SLList{
int data;
SLList *next;
}
Doubly Linked List:
struct DLList{
int data;
DLList *next;
DLList *previous;
}
Circular Linked List: same as Singly Linked List or Doubly Linked List (Circular Linked List
can be singly or doubly)
In singly linked lists and doubly linked lists the end of lists are indicated with NULL value. But
circular linked list do not have ends. While travering the circular lists we sould be careful
otherwise we will be travering the list infinitely.
In circular linked list we access the elements using the \'head\' node (similar to head node in
singly linked list and doubly linked lists).
Singly Linked List:
- Singly linked list allows you to go one way direction
- Singly linked list uses less memory per node (one pointer)
- There is a little-known trick that lets you delete from a singly-linked list in O(1), but the list
must be circular for it to work (move the content of next into the current, and delete next).
- Complexity of Insertion and Deletion at known position is O (n).
- If we need to save memory in need to update node values frequently and searching is not
required, we can use Singly Linked list.
Doubly Linked List:
- Doubly linked list has two way directions next and previous
- Doubly linked list uses More memory per node than Singly Linked list (two pointers)
- Doubly-linked lists can be used in places where singly-linked lists would not work (a doubly-
ended queue), but they require slightly more \"housekeeping\", and are slightly less efficient on
insertions as the result
- Complexity of Insertion and Deletion at known position is O (1).
- If we need faster performance in searching and memory is not a limitation we use Doubly
Linked List
Application of List:
- Both Singly and Doubly List:
It is used to develop stacks and queues which have lots of applications.
- Circular Linked List:
Round Robin Scheduling algorithm - Circular lists are useful in applications to repeatedly go
around the list. For example, when multiple applications are running on a PC, it is common for
the operating system to put the running applications on a list and then to cycle through them,
giving each of them a slice of time to execute, and then making them wait while the CPU is
given to another application. It is convenient for the operating system to use a circular list so that
when it reaches the end of the list it can cycle around to the front of the list.
Solution
Structure of Each Type of linked list:
Singly Linked List:
struct SLList{
int data;
SLList *next;
}
Doubly Linked List:
struct DLList{
int data;
DLList *next;
DLList *previous;
}
Circular Linked List: same as Singly Linked List or Doubly Linked List (Circular Linked List
can be singly or doubly)
In singly linked lists and doubly linked lists the end of lists are indicated with NULL value. But
circular linked list do not have ends. While travering the circular lists we sould be careful
otherwise we will b.
public class Donation { The Donation Id (intege.pdf
public class Donation {
/**
* The Donation Id (integer identification number - should be a unique value)
*/
private Integer donationId;
/**
* Donor Id of the donor (integer identification number – should match a donor id in the
donor
* list)
*/
private Integer donorId;
/**
* Description of the donation (String – up to length 25)
*/
private String donationDescription;
/**
* The Donation amount.
*/
private Double donationAmount;
/**
* The Donation date.
*/
private String donationDate;
/**
* An indication if the donation is tax deductible (boolean)
*/
private Boolean isDonationTaxDeductible;
/**
* The Donation check number.
*/
private Integer donationCheckNumber;
/**
* Instantiates a new Donation.
*
* param donationId the donation id
* param donorId the donor id
* param donationDescription the donation description
* param donationAmount the donation amount
* param donationDate the donation date
* param isDonationTaxDeductible the is donation tax deductible
* param donationCheckNumber the donation check number
*/
public Donation(Integer donationId, Integer donorId, String donationDescription,
Double donationAmount, String donationDate, Boolean isDonationTaxDeductible,
Integer donationCheckNumber) {
this.donationId = donationId;
this.donorId = donorId;
this.donationDescription = shortenDescription(donationDescription);
this.donationAmount = donationAmount;
this.donationDate = donationDate;
this.isDonationTaxDeductible = isDonationTaxDeductible;
this.donationCheckNumber = donationCheckNumber;
}
/**
* Instantiates a new Donation.
*/
public Donation() {
}
/**
* Shorten description string.
*
* param donationDescription the donation description
* return the string
*/
public static String shortenDescription(String donationDescription) {
if (donationDescription.length() > 25) {
donationDescription = donationDescription.substring(0, 25);
}
return donationDescription;
}
/**
* Gets donation attributes.
*
* param donation the donation
*/
public static void getDonationAttributes(Donation donation) {
System.out.println(donation.getDonationId() + \"\ \");
System.out.println(donation.getDonorId() + \"\ \");
System.out.println(donation.getDonationDescription() + \"\ \");
System.out.println(donation.getDonationAmount() + \"\ \");
System.out.println(donation.getDonationDate() + \"\ \");
System.out.println(donation.getIsDonationTaxDeductible() + \"\ \");
System.out.println(donation.getDonationCheckNumber() + \"\ \");
}
/**
* Is check valid boolean.
*
* param donationCheckNumber the donation check number
* return the boolean
*/
public static boolean isCheckValid(Integer donationCheckNumber) {
return !(donationCheckNumber > 5000 || donationCheckNumber < 100);
}
/**
* Gets donation amount.
*
* return the donation amount
*/
public Double getDonationAmount() {
return donationAmount;
}
/**
* Sets donation amount.
*
* param donationAmount the donation amount
*/
public void setDonationAmount(Double donationAmount) {
this.donationAmount = donationAmount;
}
/**
* Gets donatio.
reference articel used in this essayKumar, S., & Preetha, G. (2012.pdf
reference articel used in this essay
Kumar, S., & Preetha, G. (2012). Health Promotion: An Effective Tool for Global Health. Indian
Journal of Community Medicine: Official Publication of Indian Association of Preventive &
Social Medicine, 37(1), 5–12. http://doi.org/10.4103/0970-0218.94009
Health promotion is more significant today than any time in recent memory in tending to general
medical issues. The wellbeing situation is situated at one of a kind junction as the world is
confronting a \'triple weight of infections\' constituted by the unfinished motivation of
transferable ailments, recently rising and re-developing maladies and also the extraordinary
ascent of noncommunicable perpetual illnesses. The components which help advance and
improvement in this day and age, for example, globalization of exchange, urbanization,
simplicity of worldwide travel, propelled advances, and so forth., go about as a twofold edged
sword as they prompt to positive wellbeing results on one hand and increment the helplessness to
weakness then again as these add to stationary ways of life and unfortunate dietary examples.
There is a high pervasiveness of tobacco use alongside increment in undesirable dietary practices
and abatement in physical action adding to increment in natural hazard elements which thusly
prompts to increment in noncommunicable sicknesses.
Wellbeing, as the World Health Organization (WHO) characterizes, is the condition of finish
physical, social and mental prosperity and not only the nonattendance of sickness or ailment. The
satisfaction in most elevated achievable standard of wellbeing is considered as one of the
principal privileges of each human being.(5) Over the previous couple of decades, there is an
expanding acknowledgment that biomedical mediations alone can\'t ensure better wellbeing.
Wellbeing is intensely impacted by variables outside the area of the wellbeing part, particularly
social, financial and political strengths. These powers to a great extent shape the conditions in
which individuals develop, live, work and age and additionally the frameworks set up to manage
wellbeing needs at last prompting to disparities in wellbeing between and inside nations. Along
these lines, the achievement of the most elevated conceivable standard of wellbeing relies on
upon a thorough, comprehensive approach which goes past the conventional therapeudic mind,
including groups, wellbeing suppliers and different partners. This all encompassing methodology
ought to engage people and groups to take activities for their own wellbeing, cultivate authority
for general wellbeing, elevate intersectoral activity to fabricate sound open approaches and make
supportable wellbeing frameworks in the general public. These components catch the
quintessence of \"wellbeing advancement\", which is about empowering individuals to take
control over their wellbeing and its determinants, and in this way enhance their wellbeing. It
incorporates intercessions at the i.
New York house producerDJlabelhead Peter Rauhofer had a taste of c.pdf
New York house producer/DJ/labelhead Peter Rauhofer had a taste of crossover success in the
mid-\'90s as Club 69, a sexploitative electronica moniker he designed for himself and his diverse
roster of collaborators. R
Solution
New York house producer/DJ/labelhead Peter Rauhofer had a taste of crossover success in the
mid-\'90s as Club 69, a sexploitative electronica moniker he designed for himself and his diverse
roster of collaborators. R.
Lyme disease is caused by bite of infected tick. The bacteria respon.pdf
Lyme disease is caused by bite of infected tick. The bacteria responsible for this disease is
spirochetal bacteria.
Mode of transmission: By ticks
Common symptoms are fever, headache, muscle and joint pain, earliest sign is bull \'eye sign/
rash
Treatment: Removing ticks, , Use of antibiotics
Solution
Lyme disease is caused by bite of infected tick. The bacteria responsible for this disease is
spirochetal bacteria.
Mode of transmission: By ticks
Common symptoms are fever, headache, muscle and joint pain, earliest sign is bull \'eye sign/
rash
Treatment: Removing ticks, , Use of antibiotics.
deltaT(f)=i.Kf().m K(f)=1.86 for water molality=m.pdf
deltaT(f)=i.Kf().m K(f)=1.86 for water molality=m=7.05/47=0.15 i=deltaT(f)/1.86
* 0.15 i=1.05 a=(1.05-1)/(2-1)=0.05 of HNO2 is dissociated
Solution
deltaT(f)=i.Kf().m K(f)=1.86 for water molality=m=7.05/47=0.15 i=deltaT(f)/1.86
* 0.15 i=1.05 a=(1.05-1)/(2-1)=0.05 of HNO2 is dissociated.
satellite falling to Earth; a teaspoonful of sugar dissolving in a c.pdf
satellite falling to Earth; a teaspoonful of sugar dissolving in a cup of hot coffee
Solution
satellite falling to Earth; a teaspoonful of sugar dissolving in a cup of hot coffee.
Microsoft Offices Excel application allows users to store, model a.pdf
Microsoft Office\'s Excel application allows users to store, model and manipulate data sets.
Excel spreadsheets organize this data into worksheets, each with a number of rows and columns.
Excel provides a range of automated functions for working with these stored data values,
including the chart function. Once data is stored in an Excel spreadsheet, anyone with access to
that spreadsheet can manipulate the data in order to analyze and communicate its meaning. The
charting function can be a key element in these processes.
Charts enforce the following objectives :
Visualization
Excel charts allow spreadsheet administrators to create visualizations of data sets. By
highlighting a set of data within an Excel spreadsheet and feeding it into the charting tool, users
can create various types of charts in which the data is displayed in a graphical way. This can aid
understanding of a data set, as well as communication of it, with Excel charts suitable for use
within management or corporate presentations allowing managers to incorporate this
understanding into analysis and future planning.
Automation
The Excel application automates the process of generating charts from existing data sets. If a
spreadsheet already contains updated data, the chart function can transform this data into a chart
with a minimal amount of user input. The Recommended Charts tool in Excel is a key part of
this process. Using the chart function, spreadsheet administrators can generate a chart in a few
clicks, choosing a chart type, as well as options such as labels, axes and titles.
Customization
The chart function in Excel enables users to strike a balance between automation and
customization. Although the program can generate a chart quickly and easily, the user is also
able to assert control over many chart details if necessary. As well as customizing the data
presented within a chart, users can finely tweak the chart options to any detail. Charts in Excel
can also be altered after they have been initially generated, by selecting a chart and choosing
from the available options to amend the chart type, data or other details.
Integration
If a business or other organization is using spreadsheet data managed within Excel, using the
chart function within Excel aids integration of the data. For example, when an Excel spreadsheet
generates a chart from the data within a worksheet, the chart will automatically update whenever
the data itself is edited. This allows business managers and administrators to manage their data
and visualizations within a single application, with the results updating instantly.
Aggregating Data
Worksheet charts enable you to condense or summarize large amounts of data within a small,
rectangular section of your worksheet. For instance, you could create a worksheet with rows and
columns containing ten years of stock closing prices that would leave you glassy-eyed and numb
if you tried to analyze them. Instead, use Excel\'s charting tools to create a line or.
Pepsi CoFY2014FY2015FY2016Total Revenue ( In $ Bn)66.686.pdf
Pepsi Co
FY2014
FY2015
FY2016
Total Revenue ( In $ Bn)
66.68
63.06
62.80
Annual Percentage Change
-5.4%
-0.4%
Compounded Annual Growth Percentage
-3.0%
Net Applicable Income to Common Share ( In $ Bn)
6.51
5.45
6.33
Annual Percentage Change
-16.3%
16.1%
Compounded Annual Growth Percentage
-1.4%
Total Assets (In $ Bn)
70.51
69.67
74.13
Annual Percentage Change
-1.2%
6.4%
Compounded Annual Growth Percentage
2.5%
Total Liabilities (In $ Bn)
53.07
57.74
63.03
Annual Percentage Change
8.8%
9.2%
Compounded Annual Growth Percentage
9.0%
Pepsico has been declining in terms of revenu over the last 3 years. This might mean that its
losing its sales to its competitors, which can most possibly be Coca- Cola or maybe an
emergence of an alternative to sweet soda.
But at the same time it seems that the profit margins have risen in FY2016 which means that
possibly while revenues are declining, the company is looking at greater cost control and hence
is able to make more money even out of declining revenues.
At the same time, liabilities are increasing, which possibly means that company is taking on
more debt on its books. While assets are increasing, it is primarily driven by increase in current
assets, which can mean that greater amount of money is getting locked in working capital.
Overall the company seems to be in a declining phase, but is looking at improving its margins by
greater cost control and financial management
Pepsi Co
FY2014
FY2015
FY2016
Total Revenue ( In $ Bn)
66.68
63.06
62.80
Annual Percentage Change
-5.4%
-0.4%
Compounded Annual Growth Percentage
-3.0%
Net Applicable Income to Common Share ( In $ Bn)
6.51
5.45
6.33
Annual Percentage Change
-16.3%
16.1%
Compounded Annual Growth Percentage
-1.4%
Total Assets (In $ Bn)
70.51
69.67
74.13
Annual Percentage Change
-1.2%
6.4%
Compounded Annual Growth Percentage
2.5%
Total Liabilities (In $ Bn)
53.07
57.74
63.03
Annual Percentage Change
8.8%
9.2%
Compounded Annual Growth Percentage
9.0%
Solution
Pepsi Co
FY2014
FY2015
FY2016
Total Revenue ( In $ Bn)
66.68
63.06
62.80
Annual Percentage Change
-5.4%
-0.4%
Compounded Annual Growth Percentage
-3.0%
Net Applicable Income to Common Share ( In $ Bn)
6.51
5.45
6.33
Annual Percentage Change
-16.3%
16.1%
Compounded Annual Growth Percentage
-1.4%
Total Assets (In $ Bn)
70.51
69.67
74.13
Annual Percentage Change
-1.2%
6.4%
Compounded Annual Growth Percentage
2.5%
Total Liabilities (In $ Bn)
53.07
57.74
63.03
Annual Percentage Change
8.8%
9.2%
Compounded Annual Growth Percentage
9.0%
Pepsico has been declining in terms of revenu over the last 3 years. This might mean that its
losing its sales to its competitors, which can most possibly be Coca- Cola or maybe an
emergence of an alternative to sweet soda.
But at the same time it seems that the profit margins have risen in FY2016 which means that
possibly while revenues are declining, the company is looking at greater cost control and hence
is able to make more money even out of declining revenues.
At the same .
Influenza viruses bind through hemagglutinin onto sialic acid sugars.pdf
Influenza viruses bind through hemagglutinin onto sialic acid sugars on the surfaces of epithelial
cells, typically in the nose, throat, and lungs of mammals, and intestines of birds. After the
hemagglutinin is cleaved by a protease, the cell imports the virus by endocytosis (WHO).
Virus infection in vertebrates results in two general types of immune response. The first is a
rapid-onset \"innate\" response against the virus, which involves the synthesis of proteins called
interferons and the stimulation of \"natural killer\" lymphocytes. In some cases, the innate
response may be enough to prevent a large scale infection. However, if the infection proceeds
beyond the first few rounds of viral replication, the \"adaptive immune response\", kicks into
high gear. The adaptive immune response itself has two components, the humoral response (the
synthesis of virus-specific antibodies by B lymphocytes) and the cell-mediated response (the
synthesis of specific cytotoxic T lymphocytes that kill infected cells). Both of these components
of the adaptive immune response result also in the production of long-lived \"memory cells\" that
allow for a much more rapid response (i.e., immunity) to a subsequent infection with the same
virus (Lehigh).
Flu viruses are constantly changing, so the vaccine composition has to be reviewed each year and
updated. Apart from this the age group and the gender and the geographic location also affects
the severity of the impact.
Solution
Influenza viruses bind through hemagglutinin onto sialic acid sugars on the surfaces of epithelial
cells, typically in the nose, throat, and lungs of mammals, and intestines of birds. After the
hemagglutinin is cleaved by a protease, the cell imports the virus by endocytosis (WHO).
Virus infection in vertebrates results in two general types of immune response. The first is a
rapid-onset \"innate\" response against the virus, which involves the synthesis of proteins called
interferons and the stimulation of \"natural killer\" lymphocytes. In some cases, the innate
response may be enough to prevent a large scale infection. However, if the infection proceeds
beyond the first few rounds of viral replication, the \"adaptive immune response\", kicks into
high gear. The adaptive immune response itself has two components, the humoral response (the
synthesis of virus-specific antibodies by B lymphocytes) and the cell-mediated response (the
synthesis of specific cytotoxic T lymphocytes that kill infected cells). Both of these components
of the adaptive immune response result also in the production of long-lived \"memory cells\" that
allow for a much more rapid response (i.e., immunity) to a subsequent infection with the same
virus (Lehigh).
Flu viruses are constantly changing, so the vaccine composition has to be reviewed each year and
updated. Apart from this the age group and the gender and the geographic location also affects
the severity of the impact..
How to Make a Field invisible in Odoo 17
It is possible to hide or invisible some fields in odoo. Commonly using “invisible” attribute in the field definition to invisible the fields. This slide will show how to make a field invisible in odoo 17.
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The three friends have one apple pieEd eats 12Remaining = 12.pdf
The three friends have one apple pie
Ed eats 1/2
Remaining = 1/2
Sue eats 1/2 of remaining = 1/2(1/2) = 1/4
Remaining = 1/4
Bill eats 1/2 of 1/4 = 1/8
Remaining = 1/8
Hence Ed ate 1/2, Sue ate 1/4, and Bill ate 1/8. Left over = 1/8
Solution
The three friends have one apple pie
Ed eats 1/2
Remaining = 1/2
Sue eats 1/2 of remaining = 1/2(1/2) = 1/4
Remaining = 1/4
Bill eats 1/2 of 1/4 = 1/8
Remaining = 1/8
Hence Ed ate 1/2, Sue ate 1/4, and Bill ate 1/8. Left over = 1/8.
Hg2(OH)2 = Mercury(I) hydroxide [Hg2(OH) is not p.pdf
Hg2(OH)2 = Mercury(I) hydroxide [Hg2(OH) is not possible, because OH is -1
charge] SnO2 = Tin (IV) oxide H2SO3 = Sulfurous acid HClO3 = Chloric Acid
Solution
Hg2(OH)2 = Mercury(I) hydroxide [Hg2(OH) is not possible, because OH is -1
charge] SnO2 = Tin (IV) oxide H2SO3 = Sulfurous acid HClO3 = Chloric Acid.
The Most basic duty is to treat humanity, both in your own person, a.pdf
The Most basic duty is to treat humanity, both in your own person, and in the person of every
other, always at the same time as an end, never simply as a means.
The two main duties that derive from it are:
(1) the perfect duty to act on no maxims that use people as mere means.
(2) the imperfect duty to act on some maxims that foster peoples’ ends.
Solution
The Most basic duty is to treat humanity, both in your own person, and in the person of every
other, always at the same time as an end, never simply as a means.
The two main duties that derive from it are:
(1) the perfect duty to act on no maxims that use people as mere means.
(2) the imperfect duty to act on some maxims that foster peoples’ ends..
The answer is main bronchi. The trachea bifurcates into the right an.pdf
The answer is main bronchi. The trachea bifurcates into the right and left main bronchi
Solution
The answer is main bronchi. The trachea bifurcates into the right and left main bronchi.
The Euclidean four-point model with a line that intersects only one .pdf
The Euclidean four-point model with a line that intersects only one of the points satisfies this.
Solution
The Euclidean four-point model with a line that intersects only one of the points satisfies this..
Session and Presentation Layers are the two OSI layers are missing f.pdf
Session and Presentation Layers are the two OSI layers are missing from 5-layer TCP/IP network
model.
Option e is correct choice.
Solution
Session and Presentation Layers are the two OSI layers are missing from 5-layer TCP/IP network
model.
Option e is correct choice..
Given that S is a subset of TThis implies that any element is in S.pdf
Given that S is a subset of T
This implies that any element is in S implies that element is in T also.
Supremum of S is the least element of upper bound of S.
As S is contained in T, Supremum of S can be either supremum of T also if there is no other
element in T-S such that it is greater than S.
Otherwise T will have a greater supremum than that of S
Hence it follow s that supremum of S<= Supremum of T.
In other words, in any case it cannot exceed that of T
------------------------------------------------------------------
Infremum of T is the maximum of least bounds of T.
As S is contained in T, infremum of T will also be the least for all elements of S though not
necessarily the maximum.
If maximum of least upper bounds of S coincide with that of T then inf T = inf S
Otherwise inf T<= inf S
Solution
Given that S is a subset of T
This implies that any element is in S implies that element is in T also.
Supremum of S is the least element of upper bound of S.
As S is contained in T, Supremum of S can be either supremum of T also if there is no other
element in T-S such that it is greater than S.
Otherwise T will have a greater supremum than that of S
Hence it follow s that supremum of S<= Supremum of T.
In other words, in any case it cannot exceed that of T
------------------------------------------------------------------
Infremum of T is the maximum of least bounds of T.
As S is contained in T, infremum of T will also be the least for all elements of S though not
necessarily the maximum.
If maximum of least upper bounds of S coincide with that of T then inf T = inf S
Otherwise inf T<= inf S.
Na2so4.10H20is a limiting reagent n is the no.of moles of limiting r.pdf
Na2so4.10H20is a limiting reagent n is the no.of moles of limiting reagent which is
5.52/molecular weight
Solution
Na2so4.10H20is a limiting reagent n is the no.of moles of limiting reagent which is
5.52/molecular weight.
Structure of Each Type of linked listSingly Linked Liststruct .pdf
Structure of Each Type of linked list:
Singly Linked List:
struct SLList{
int data;
SLList *next;
}
Doubly Linked List:
struct DLList{
int data;
DLList *next;
DLList *previous;
}
Circular Linked List: same as Singly Linked List or Doubly Linked List (Circular Linked List
can be singly or doubly)
In singly linked lists and doubly linked lists the end of lists are indicated with NULL value. But
circular linked list do not have ends. While travering the circular lists we sould be careful
otherwise we will be travering the list infinitely.
In circular linked list we access the elements using the \'head\' node (similar to head node in
singly linked list and doubly linked lists).
Singly Linked List:
- Singly linked list allows you to go one way direction
- Singly linked list uses less memory per node (one pointer)
- There is a little-known trick that lets you delete from a singly-linked list in O(1), but the list
must be circular for it to work (move the content of next into the current, and delete next).
- Complexity of Insertion and Deletion at known position is O (n).
- If we need to save memory in need to update node values frequently and searching is not
required, we can use Singly Linked list.
Doubly Linked List:
- Doubly linked list has two way directions next and previous
- Doubly linked list uses More memory per node than Singly Linked list (two pointers)
- Doubly-linked lists can be used in places where singly-linked lists would not work (a doubly-
ended queue), but they require slightly more \"housekeeping\", and are slightly less efficient on
insertions as the result
- Complexity of Insertion and Deletion at known position is O (1).
- If we need faster performance in searching and memory is not a limitation we use Doubly
Linked List
Application of List:
- Both Singly and Doubly List:
It is used to develop stacks and queues which have lots of applications.
- Circular Linked List:
Round Robin Scheduling algorithm - Circular lists are useful in applications to repeatedly go
around the list. For example, when multiple applications are running on a PC, it is common for
the operating system to put the running applications on a list and then to cycle through them,
giving each of them a slice of time to execute, and then making them wait while the CPU is
given to another application. It is convenient for the operating system to use a circular list so that
when it reaches the end of the list it can cycle around to the front of the list.
Solution
Structure of Each Type of linked list:
Singly Linked List:
struct SLList{
int data;
SLList *next;
}
Doubly Linked List:
struct DLList{
int data;
DLList *next;
DLList *previous;
}
Circular Linked List: same as Singly Linked List or Doubly Linked List (Circular Linked List
can be singly or doubly)
In singly linked lists and doubly linked lists the end of lists are indicated with NULL value. But
circular linked list do not have ends. While travering the circular lists we sould be careful
otherwise we will b.
public class Donation { The Donation Id (intege.pdf
public class Donation {
/**
* The Donation Id (integer identification number - should be a unique value)
*/
private Integer donationId;
/**
* Donor Id of the donor (integer identification number – should match a donor id in the
donor
* list)
*/
private Integer donorId;
/**
* Description of the donation (String – up to length 25)
*/
private String donationDescription;
/**
* The Donation amount.
*/
private Double donationAmount;
/**
* The Donation date.
*/
private String donationDate;
/**
* An indication if the donation is tax deductible (boolean)
*/
private Boolean isDonationTaxDeductible;
/**
* The Donation check number.
*/
private Integer donationCheckNumber;
/**
* Instantiates a new Donation.
*
* param donationId the donation id
* param donorId the donor id
* param donationDescription the donation description
* param donationAmount the donation amount
* param donationDate the donation date
* param isDonationTaxDeductible the is donation tax deductible
* param donationCheckNumber the donation check number
*/
public Donation(Integer donationId, Integer donorId, String donationDescription,
Double donationAmount, String donationDate, Boolean isDonationTaxDeductible,
Integer donationCheckNumber) {
this.donationId = donationId;
this.donorId = donorId;
this.donationDescription = shortenDescription(donationDescription);
this.donationAmount = donationAmount;
this.donationDate = donationDate;
this.isDonationTaxDeductible = isDonationTaxDeductible;
this.donationCheckNumber = donationCheckNumber;
}
/**
* Instantiates a new Donation.
*/
public Donation() {
}
/**
* Shorten description string.
*
* param donationDescription the donation description
* return the string
*/
public static String shortenDescription(String donationDescription) {
if (donationDescription.length() > 25) {
donationDescription = donationDescription.substring(0, 25);
}
return donationDescription;
}
/**
* Gets donation attributes.
*
* param donation the donation
*/
public static void getDonationAttributes(Donation donation) {
System.out.println(donation.getDonationId() + \"\ \");
System.out.println(donation.getDonorId() + \"\ \");
System.out.println(donation.getDonationDescription() + \"\ \");
System.out.println(donation.getDonationAmount() + \"\ \");
System.out.println(donation.getDonationDate() + \"\ \");
System.out.println(donation.getIsDonationTaxDeductible() + \"\ \");
System.out.println(donation.getDonationCheckNumber() + \"\ \");
}
/**
* Is check valid boolean.
*
* param donationCheckNumber the donation check number
* return the boolean
*/
public static boolean isCheckValid(Integer donationCheckNumber) {
return !(donationCheckNumber > 5000 || donationCheckNumber < 100);
}
/**
* Gets donation amount.
*
* return the donation amount
*/
public Double getDonationAmount() {
return donationAmount;
}
/**
* Sets donation amount.
*
* param donationAmount the donation amount
*/
public void setDonationAmount(Double donationAmount) {
this.donationAmount = donationAmount;
}
/**
* Gets donatio.
reference articel used in this essayKumar, S., & Preetha, G. (2012.pdf
reference articel used in this essay
Kumar, S., & Preetha, G. (2012). Health Promotion: An Effective Tool for Global Health. Indian
Journal of Community Medicine: Official Publication of Indian Association of Preventive &
Social Medicine, 37(1), 5–12. http://doi.org/10.4103/0970-0218.94009
Health promotion is more significant today than any time in recent memory in tending to general
medical issues. The wellbeing situation is situated at one of a kind junction as the world is
confronting a \'triple weight of infections\' constituted by the unfinished motivation of
transferable ailments, recently rising and re-developing maladies and also the extraordinary
ascent of noncommunicable perpetual illnesses. The components which help advance and
improvement in this day and age, for example, globalization of exchange, urbanization,
simplicity of worldwide travel, propelled advances, and so forth., go about as a twofold edged
sword as they prompt to positive wellbeing results on one hand and increment the helplessness to
weakness then again as these add to stationary ways of life and unfortunate dietary examples.
There is a high pervasiveness of tobacco use alongside increment in undesirable dietary practices
and abatement in physical action adding to increment in natural hazard elements which thusly
prompts to increment in noncommunicable sicknesses.
Wellbeing, as the World Health Organization (WHO) characterizes, is the condition of finish
physical, social and mental prosperity and not only the nonattendance of sickness or ailment. The
satisfaction in most elevated achievable standard of wellbeing is considered as one of the
principal privileges of each human being.(5) Over the previous couple of decades, there is an
expanding acknowledgment that biomedical mediations alone can\'t ensure better wellbeing.
Wellbeing is intensely impacted by variables outside the area of the wellbeing part, particularly
social, financial and political strengths. These powers to a great extent shape the conditions in
which individuals develop, live, work and age and additionally the frameworks set up to manage
wellbeing needs at last prompting to disparities in wellbeing between and inside nations. Along
these lines, the achievement of the most elevated conceivable standard of wellbeing relies on
upon a thorough, comprehensive approach which goes past the conventional therapeudic mind,
including groups, wellbeing suppliers and different partners. This all encompassing methodology
ought to engage people and groups to take activities for their own wellbeing, cultivate authority
for general wellbeing, elevate intersectoral activity to fabricate sound open approaches and make
supportable wellbeing frameworks in the general public. These components catch the
quintessence of \"wellbeing advancement\", which is about empowering individuals to take
control over their wellbeing and its determinants, and in this way enhance their wellbeing. It
incorporates intercessions at the i.
New York house producerDJlabelhead Peter Rauhofer had a taste of c.pdf
New York house producer/DJ/labelhead Peter Rauhofer had a taste of crossover success in the
mid-\'90s as Club 69, a sexploitative electronica moniker he designed for himself and his diverse
roster of collaborators. R
Solution
New York house producer/DJ/labelhead Peter Rauhofer had a taste of crossover success in the
mid-\'90s as Club 69, a sexploitative electronica moniker he designed for himself and his diverse
roster of collaborators. R.
Lyme disease is caused by bite of infected tick. The bacteria respon.pdf
Lyme disease is caused by bite of infected tick. The bacteria responsible for this disease is
spirochetal bacteria.
Mode of transmission: By ticks
Common symptoms are fever, headache, muscle and joint pain, earliest sign is bull \'eye sign/
rash
Treatment: Removing ticks, , Use of antibiotics
Solution
Lyme disease is caused by bite of infected tick. The bacteria responsible for this disease is
spirochetal bacteria.
Mode of transmission: By ticks
Common symptoms are fever, headache, muscle and joint pain, earliest sign is bull \'eye sign/
rash
Treatment: Removing ticks, , Use of antibiotics.
deltaT(f)=i.Kf().m K(f)=1.86 for water molality=m.pdf
deltaT(f)=i.Kf().m K(f)=1.86 for water molality=m=7.05/47=0.15 i=deltaT(f)/1.86
* 0.15 i=1.05 a=(1.05-1)/(2-1)=0.05 of HNO2 is dissociated
Solution
deltaT(f)=i.Kf().m K(f)=1.86 for water molality=m=7.05/47=0.15 i=deltaT(f)/1.86
* 0.15 i=1.05 a=(1.05-1)/(2-1)=0.05 of HNO2 is dissociated.
satellite falling to Earth; a teaspoonful of sugar dissolving in a c.pdf
satellite falling to Earth; a teaspoonful of sugar dissolving in a cup of hot coffee
Solution
satellite falling to Earth; a teaspoonful of sugar dissolving in a cup of hot coffee.
Microsoft Offices Excel application allows users to store, model a.pdf
Microsoft Office\'s Excel application allows users to store, model and manipulate data sets.
Excel spreadsheets organize this data into worksheets, each with a number of rows and columns.
Excel provides a range of automated functions for working with these stored data values,
including the chart function. Once data is stored in an Excel spreadsheet, anyone with access to
that spreadsheet can manipulate the data in order to analyze and communicate its meaning. The
charting function can be a key element in these processes.
Charts enforce the following objectives :
Visualization
Excel charts allow spreadsheet administrators to create visualizations of data sets. By
highlighting a set of data within an Excel spreadsheet and feeding it into the charting tool, users
can create various types of charts in which the data is displayed in a graphical way. This can aid
understanding of a data set, as well as communication of it, with Excel charts suitable for use
within management or corporate presentations allowing managers to incorporate this
understanding into analysis and future planning.
Automation
The Excel application automates the process of generating charts from existing data sets. If a
spreadsheet already contains updated data, the chart function can transform this data into a chart
with a minimal amount of user input. The Recommended Charts tool in Excel is a key part of
this process. Using the chart function, spreadsheet administrators can generate a chart in a few
clicks, choosing a chart type, as well as options such as labels, axes and titles.
Customization
The chart function in Excel enables users to strike a balance between automation and
customization. Although the program can generate a chart quickly and easily, the user is also
able to assert control over many chart details if necessary. As well as customizing the data
presented within a chart, users can finely tweak the chart options to any detail. Charts in Excel
can also be altered after they have been initially generated, by selecting a chart and choosing
from the available options to amend the chart type, data or other details.
Integration
If a business or other organization is using spreadsheet data managed within Excel, using the
chart function within Excel aids integration of the data. For example, when an Excel spreadsheet
generates a chart from the data within a worksheet, the chart will automatically update whenever
the data itself is edited. This allows business managers and administrators to manage their data
and visualizations within a single application, with the results updating instantly.
Aggregating Data
Worksheet charts enable you to condense or summarize large amounts of data within a small,
rectangular section of your worksheet. For instance, you could create a worksheet with rows and
columns containing ten years of stock closing prices that would leave you glassy-eyed and numb
if you tried to analyze them. Instead, use Excel\'s charting tools to create a line or.
Pepsi CoFY2014FY2015FY2016Total Revenue ( In $ Bn)66.686.pdf
Pepsi Co
FY2014
FY2015
FY2016
Total Revenue ( In $ Bn)
66.68
63.06
62.80
Annual Percentage Change
-5.4%
-0.4%
Compounded Annual Growth Percentage
-3.0%
Net Applicable Income to Common Share ( In $ Bn)
6.51
5.45
6.33
Annual Percentage Change
-16.3%
16.1%
Compounded Annual Growth Percentage
-1.4%
Total Assets (In $ Bn)
70.51
69.67
74.13
Annual Percentage Change
-1.2%
6.4%
Compounded Annual Growth Percentage
2.5%
Total Liabilities (In $ Bn)
53.07
57.74
63.03
Annual Percentage Change
8.8%
9.2%
Compounded Annual Growth Percentage
9.0%
Pepsico has been declining in terms of revenu over the last 3 years. This might mean that its
losing its sales to its competitors, which can most possibly be Coca- Cola or maybe an
emergence of an alternative to sweet soda.
But at the same time it seems that the profit margins have risen in FY2016 which means that
possibly while revenues are declining, the company is looking at greater cost control and hence
is able to make more money even out of declining revenues.
At the same time, liabilities are increasing, which possibly means that company is taking on
more debt on its books. While assets are increasing, it is primarily driven by increase in current
assets, which can mean that greater amount of money is getting locked in working capital.
Overall the company seems to be in a declining phase, but is looking at improving its margins by
greater cost control and financial management
Pepsi Co
FY2014
FY2015
FY2016
Total Revenue ( In $ Bn)
66.68
63.06
62.80
Annual Percentage Change
-5.4%
-0.4%
Compounded Annual Growth Percentage
-3.0%
Net Applicable Income to Common Share ( In $ Bn)
6.51
5.45
6.33
Annual Percentage Change
-16.3%
16.1%
Compounded Annual Growth Percentage
-1.4%
Total Assets (In $ Bn)
70.51
69.67
74.13
Annual Percentage Change
-1.2%
6.4%
Compounded Annual Growth Percentage
2.5%
Total Liabilities (In $ Bn)
53.07
57.74
63.03
Annual Percentage Change
8.8%
9.2%
Compounded Annual Growth Percentage
9.0%
Solution
Pepsi Co
FY2014
FY2015
FY2016
Total Revenue ( In $ Bn)
66.68
63.06
62.80
Annual Percentage Change
-5.4%
-0.4%
Compounded Annual Growth Percentage
-3.0%
Net Applicable Income to Common Share ( In $ Bn)
6.51
5.45
6.33
Annual Percentage Change
-16.3%
16.1%
Compounded Annual Growth Percentage
-1.4%
Total Assets (In $ Bn)
70.51
69.67
74.13
Annual Percentage Change
-1.2%
6.4%
Compounded Annual Growth Percentage
2.5%
Total Liabilities (In $ Bn)
53.07
57.74
63.03
Annual Percentage Change
8.8%
9.2%
Compounded Annual Growth Percentage
9.0%
Pepsico has been declining in terms of revenu over the last 3 years. This might mean that its
losing its sales to its competitors, which can most possibly be Coca- Cola or maybe an
emergence of an alternative to sweet soda.
But at the same time it seems that the profit margins have risen in FY2016 which means that
possibly while revenues are declining, the company is looking at greater cost control and hence
is able to make more money even out of declining revenues.
At the same .
Influenza viruses bind through hemagglutinin onto sialic acid sugars.pdf
Influenza viruses bind through hemagglutinin onto sialic acid sugars on the surfaces of epithelial
cells, typically in the nose, throat, and lungs of mammals, and intestines of birds. After the
hemagglutinin is cleaved by a protease, the cell imports the virus by endocytosis (WHO).
Virus infection in vertebrates results in two general types of immune response. The first is a
rapid-onset \"innate\" response against the virus, which involves the synthesis of proteins called
interferons and the stimulation of \"natural killer\" lymphocytes. In some cases, the innate
response may be enough to prevent a large scale infection. However, if the infection proceeds
beyond the first few rounds of viral replication, the \"adaptive immune response\", kicks into
high gear. The adaptive immune response itself has two components, the humoral response (the
synthesis of virus-specific antibodies by B lymphocytes) and the cell-mediated response (the
synthesis of specific cytotoxic T lymphocytes that kill infected cells). Both of these components
of the adaptive immune response result also in the production of long-lived \"memory cells\" that
allow for a much more rapid response (i.e., immunity) to a subsequent infection with the same
virus (Lehigh).
Flu viruses are constantly changing, so the vaccine composition has to be reviewed each year and
updated. Apart from this the age group and the gender and the geographic location also affects
the severity of the impact.
Solution
Influenza viruses bind through hemagglutinin onto sialic acid sugars on the surfaces of epithelial
cells, typically in the nose, throat, and lungs of mammals, and intestines of birds. After the
hemagglutinin is cleaved by a protease, the cell imports the virus by endocytosis (WHO).
Virus infection in vertebrates results in two general types of immune response. The first is a
rapid-onset \"innate\" response against the virus, which involves the synthesis of proteins called
interferons and the stimulation of \"natural killer\" lymphocytes. In some cases, the innate
response may be enough to prevent a large scale infection. However, if the infection proceeds
beyond the first few rounds of viral replication, the \"adaptive immune response\", kicks into
high gear. The adaptive immune response itself has two components, the humoral response (the
synthesis of virus-specific antibodies by B lymphocytes) and the cell-mediated response (the
synthesis of specific cytotoxic T lymphocytes that kill infected cells). Both of these components
of the adaptive immune response result also in the production of long-lived \"memory cells\" that
allow for a much more rapid response (i.e., immunity) to a subsequent infection with the same
virus (Lehigh).
Flu viruses are constantly changing, so the vaccine composition has to be reviewed each year and
updated. Apart from this the age group and the gender and the geographic location also affects
the severity of the impact..
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- 1. An object that moves in a circle / A c++ program to check if the given path for a object is circular or not #include using namespace std; // Macros for East, North, South and West #define N 0 #define E 1 #define S 2 #define W 3 // This function returns true if the given path is circular, else false bool isCircular(char path[]) { // Initialize starting point for robot as (0, 0) and starting // direction as N North int x = 0, y = 0; int dir = N; // Travers the path given for robot for (int i=0; path[i]; i++) { // Find current move char move = path[i]; // If move is left or right, then change direction if (move == 'R') dir = (dir + 1)%4; else if (move == 'L') dir = (4 + dir - 1)%4; // If move is Go, then change x or y according to // current direction else // if (move == 'G') { if (dir == N) y++; else if (dir == E) x++; else if (dir == S)
- 2. y--; else // dir == W x--; } } // If robot comes back to (0, 0), then path is cyclic return (x == 0 && y == 0); } An object that continually rotates I'm trying to simulate the solar system and need to get the moon to orbit a planet orbiting the sun i am currently using the following code to rotate the planets i'm trying to use the code below to make my moon orbit the earth however at the moment all i can do is rotate around a specific point. glPushMatrix(); glRotated((GLdouble)(spin*earth.speed), 0.0, 0.0, 1.0); glTranslated(earth.xPos, earth.yPos, earth.zPos); earth.draw(); glPopMatrix(); glPushMatrix(); //define one time only start location bool start = true; if (start) { glTranslated(earthMoon.xPos, earthMoon.yPos, earthMoon.zPos); start = false; } //orbit earths start point //perfectly fits around earth glTranslatef(-0.1, -0.1, 0); glRotatef(spin*10, 0, 0, 1); glTranslatef(0.1, 0.1, 0); // need translation vector to follow earth //glTranslated(earthMoon.xPos, earthMoon.yPos, earthMoon.zPos); earthMoon.draw(); glPopMatrix(); i think what i need to do is find some way of knowing earths position from the rotatef function.
- 3. I have a class for the planets with the following attributes and methods: float radius; float xPos; float yPos; float zPos; float speed; planet(float r, float x, float y, float z, float speed); ~planet(); void draw(void) { glPushMatrix(); glColor3f(0.0, 1.0, 1.0); glutSolidSphere(radius, 20, 10); glPopMatrix(); } Solution An object that moves in a circle / A c++ program to check if the given path for a object is circular or not #include using namespace std; // Macros for East, North, South and West #define N 0 #define E 1 #define S 2 #define W 3 // This function returns true if the given path is circular, else false bool isCircular(char path[]) { // Initialize starting point for robot as (0, 0) and starting // direction as N North int x = 0, y = 0; int dir = N; // Travers the path given for robot for (int i=0; path[i]; i++)
- 4. { // Find current move char move = path[i]; // If move is left or right, then change direction if (move == 'R') dir = (dir + 1)%4; else if (move == 'L') dir = (4 + dir - 1)%4; // If move is Go, then change x or y according to // current direction else // if (move == 'G') { if (dir == N) y++; else if (dir == E) x++; else if (dir == S) y--; else // dir == W x--; } } // If robot comes back to (0, 0), then path is cyclic return (x == 0 && y == 0); } An object that continually rotates I'm trying to simulate the solar system and need to get the moon to orbit a planet orbiting the sun i am currently using the following code to rotate the planets i'm trying to use the code below to make my moon orbit the earth however at the moment all i can do is rotate around a specific point. glPushMatrix(); glRotated((GLdouble)(spin*earth.speed), 0.0, 0.0, 1.0); glTranslated(earth.xPos, earth.yPos, earth.zPos); earth.draw(); glPopMatrix(); glPushMatrix();
- 5. //define one time only start location bool start = true; if (start) { glTranslated(earthMoon.xPos, earthMoon.yPos, earthMoon.zPos); start = false; } //orbit earths start point //perfectly fits around earth glTranslatef(-0.1, -0.1, 0); glRotatef(spin*10, 0, 0, 1); glTranslatef(0.1, 0.1, 0); // need translation vector to follow earth //glTranslated(earthMoon.xPos, earthMoon.yPos, earthMoon.zPos); earthMoon.draw(); glPopMatrix(); i think what i need to do is find some way of knowing earths position from the rotatef function. I have a class for the planets with the following attributes and methods: float radius; float xPos; float yPos; float zPos; float speed; planet(float r, float x, float y, float z, float speed); ~planet(); void draw(void) { glPushMatrix(); glColor3f(0.0, 1.0, 1.0); glutSolidSphere(radius, 20, 10); glPopMatrix(); }