The definition of network is:
A. the world wide web
B. the internet
C. a special computer that is used to store files and programs
D. two or more computers linked by cable, telephone lines or other communication devices

Answer:

create the integer variable and initialize it to one, with the do statement, increment the variable by one and print it, then the while statement checks if the variable is less than or equal to 10.

#include <iostream>

using namespace std;

int main(){

   int i = 1;

   do {

       cout<< i << "\n";

       i++;

   }

   while (i <= 10);

}

Explanation:

The C++ source code initializes the integer variable i to one and increments and print the value if the value is less than or equal to ten. The do-while statement executes a block of code before the condition is implemented.

The flowchart and the program illustrate the use of do while loop.

The do while loop is used to perform repetitive operations

The C code where comments are used to explain each line is as follows:

#include <stdio.h>

int main () {

//This initializes the number to 1

   int a = 1;

//This begins the loop

   do {

//This prints the current number

       printf("%d\n", a);

//This increments the number by 1

       a = a + 1;

   }

//The loop is repeated as long as the number is less than or equal to 10

   while( a <= 10 );

   return 0;

}

See attachment for the flowchart

Read more about loops at:

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Answer:

In computer science, conditional statements, conditional expressions and conditional constructs are features of a programming language, which perform different computations or actions depending on whether a programmer-specified boolean condition evaluates to true or false.

Explanation:

The program relating to the encylopedia is illustrated below:

public class Encyclopedia extends Book {

  String edition;

  int numVolumes;

  public String getEdition() {

      return edition;

  }

  public void setEdition(String edition) {

      this.edition = edition;

  }

  print getNumVolumes() {

      return numVolumes;

  }

  public void setNumVolumes(int numVolumes) {

      this.numVolumes = numVolumes;

  }

  public void printInfo() {

      System.out.println("Book Information: ");

      System.out.println(" Book Title: " + super.title);

      System.out.println(" Author: " + author);

      System.out.println(" Publisher: " + publisher);

      System.out.println(" Publication Date: " + publicationDate);

      System.out.println(" Edition: " + getEdition());

      System.out.println(" Number of Volumes: " + getNumVolumes());

  }

After analyzing both of these classes I have created the following code that grabs and overrides the printInfo() method in order to add and print the edition and number of volumes as well.

In this case, the encylopedia was illustrated above.

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#SPJ1

Red because 150 is the largest number

Answer:

true....... you can superimpose so that's more than 1 image

Answer:

I'm looking for this one too

Answer:

import simplegui

import random

# global constants

WIDTH = 600

HEIGHT = 400

PARTICLE_RADIUS = 5

COLOR_LIST = ["Red", "Green", "Blue", "White"]

DIRECTION_LIST = [[1,0], [0, 1], [-1, 0], [0, -1]]

# definition of Particle class

class Particle:

  # initializer for particles

  def __init__(self, position, color):

      self.position = position

      self.color = color

  # method that updates position of a particle    

  def move(self, offset):

      self.position[0] += offset[0]

      self.position[1] += offset[1]

  # draw method for particles

  def draw(self, canvas):

      canvas.draw_circle(self.position, PARTICLE_RADIUS, 1, self.color, self.color)

  # string method for particles

  def __str__(self):

      return "Particle with position = " + str(self.position) + " and color = " + self.color

# draw handler

def draw(canvas):

  for p in particle_list:

      p.move(random.choice(DIRECTION_LIST))

  for p in particle_list:

      p.draw(canvas)

# create frame and register draw handler

frame = simplegui.create_frame("Particle simulator", WIDTH, HEIGHT)

frame.set_draw_handler(draw)

# create a list of particles

particle_list = []

for i in range(100):

  p = Particle([WIDTH / 2, HEIGHT / 2], random.choice(COLOR_LIST))

  particle_list.append(p)

# start frame

frame.start()

Explanation:

this worked for me, sorry if its to late. let me know if anything is wrong