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rosijanka [135]
3 years ago
11

Explain word processing ​

Computers and Technology
2 answers:
8090 [49]3 years ago
7 0
Listen to icebound , k bye now ! :)
riadik2000 [5.3K]3 years ago
6 0

Answer:

Word processing refers generally to the creation, editing, formatting, storage, and output of both printed and online or electronic documents. Word processing is undoubtedly the most-used business application for personal computers, perhaps alongside World Wide Web browsers and electronic-mail (e-mail) applications.

Explanation:

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What field is used to send a copy of an e-mail message?
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The CC field is used to send a copy of an email. CC stands for carbon copy.
7 0
3 years ago
A Function checkMe takes three parameters, a character and two integers. If the sum of the two integers is negative, and the cha
Paul [167]

Answer:

Check the explanation

Explanation:

Here is the program with function definition and two sample calls.

Code:

#include <iostream>

using namespace std;

//checkMe FUNCTION which takes values a, b and c

void checkMe(char &a, int &b, int &c)

{

//if sum of b and c is negative and a is 'n', b and c are set to 0, otherwise a is set to 'p'

if((b+c)<0 && a=='n')

{

b = 0;

c = 0;

}

else

{

a = 'p';

}

}

int main()

{

//first test case when else part is executed

char a = 'n';

int b = 5;

int c = 6;

 

checkMe(a, b, c);

 

cout<<a<<" "<<b<<" "<<c<<endl;

 

//second test case when if part is executed

a = 'n';

b = -4;

c = -5;

 

checkMe(a, b, c);

 

cout<<a<<" "<<b<<" "<<c<<endl;

return 0;

}

Kindly check the Output below:

7 0
3 years ago
What are three special purpose devices you might find in a data center and what do they do?
Alinara [238K]
The <span>three special purpose devices one might find in a data center and what they do are : 
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2) Logical Servers are logically separate servers (e.g., a Web server, an email server, and a file server) on the same physical computer. 
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6 0
3 years ago
Your solution should for this assignment should consist of five (5)files:============================================== FuelGaug
olga nikolaevna [1]

Answer: provided in the explanation section

Explanation:

This was implemented in C++

Filename: Car.cpp

#include <iostream>

#include <iomanip>

#include <cstdlib>

#include "Odometer.h"

using namespace std;

int main()

{

  char response;

  do

  {

      FuelGuage* myFuel = new FuelGuage(6);

      int fuelLevel = myFuel->getFuel();

      cout << "Car gas level: " << fuelLevel << endl;

      cout << "Car is filling up" << endl;

      while(myFuel->getFuel() < 15)

      {

          myFuel->addFuel();

      }

      Odometer* car = new Odometer(myFuel, 999990);

      cout << "Car gas level: " << car->getFuelGuage()->getFuel() << endl;

      cout << "Car is off!" << endl;

      cout << "--------------------------" << endl;

      while(car->getFuelGuage()->getFuel() > 0)

      {

          car->addMile();

          int miles = car->getMileage();

          cout << "Mileage: " << setw(6) << miles << ", Fuel Level: " << car->getFuelGuage()->getFuel() << endl;

          cout<<"--------------------------------------------------------------"<<endl;

      }

      delete myFuel;

      delete car;

      cout << "Would you like to run the car again(Y/N)? ";

      cin >> response;

      system("cls||clear");

  } while(toupper(response) != 'N');

  return 0;

}

Filename: FuelGuage.cpp

#include "FuelGuage.h"

FuelGuage::FuelGuage()

{

  init();

}

FuelGuage::FuelGuage(int fuel)

{

  init();

  this->fuel = fuel;

}

FuelGuage::FuelGuage(const FuelGuage& copy)

{

  this->fuel = copy.fuel;

}

void FuelGuage::init()

{

  this->fuel = 0;

}

int FuelGuage::getFuel()

{

  return fuel;

}

void FuelGuage::addFuel()

{

  fuel++;

}

void FuelGuage::burnFuel()

{

  fuel--;

}

Filename:FuelGuage.h

#ifndef FUEL_GUAGE_H

#define FUEL_GUAGE_H

class FuelGuage

{

private:

  int fuel;

  void init();

public:

  FuelGuage();

  FuelGuage(int fuel);

  FuelGuage(const FuelGuage& copy);

  int getFuel();

  void addFuel();

  void burnFuel();

};

#endif

Filename : Odometer.cpp

#include "Odometer.h"

Odometer::Odometer()

{

  init();

}

Odometer::Odometer(FuelGuage* inFuel, int inMileage)

{

  init();

  this->fuel = new FuelGuage(*inFuel);

  this->mileage = inMileage;

  this->milesSinceAddingFuel = 0;

}

void Odometer::init()

{

  fuel = new FuelGuage();

  mileage = 0;

  milesSinceAddingFuel = 0;

}

FuelGuage* Odometer::getFuelGuage()

{

  return fuel;

}

int Odometer::getMileage()

{

  return mileage;

}

void Odometer::addMile()

{

  if(mileage < 999999)

  {

      mileage++;

      milesSinceAddingFuel++;

  }

  else

  {

      mileage = 0;

      milesSinceAddingFuel++;

  }

  if((milesSinceAddingFuel % 24) == 0)

  {

      fuel->burnFuel();

  }

}

void Odometer::resetMiles()

{

  milesSinceAddingFuel = 0;

}

Odometer::~Odometer()

{

  delete fuel;

}

Filename: Odometer.h

#ifndef ODOMETER_H

#define ODOMETER_H

#include "FuelGuage.h"

class Odometer

{

private:

  void init();

  int mileage;

  int milesSinceAddingFuel;

  FuelGuage* fuel;

public:

  Odometer();

  Odometer(FuelGuage* inFuel, int inMileage);

  FuelGuage* getFuelGuage();

  int getMileage();

  void addMile();

  void resetMiles();

  ~Odometer();

};

#endif

6 0
3 years ago
A voice engineer is setting up a Cisco 2951 Integrated Services Router with Cisco Unified Communications Manager Express. To ena
o-na [289]

Answer:

voice service voip

Explanation:

Voice over Internet Protocol feature allows users to make voice calls by making use of a broadband internet connection. The Voice engineer is setting up a Cisco 2951 Integrated Services Router with Cisco Unified Communications Manager Express, which happens to fall under broadband internet connection and hence the command the engineer will enter must be a voice service voip.

8 0
3 years ago
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