what is the command for basic router configuration?

Answer:

The result of executing the code is 24.

Explanation:

Factorial of a number:

The factorial of a number is the multiplication of a number by all it's previous numbers until one. For example:

0! = 1

1! = 1

2! = 2*1 = 2

3! = 3*2*1 = 6

4! = 4*3*2*1 = 24

In this question:

This is a C++ code, which is a recursive function to calculate a factorial of a number.

The input, given by factorial(4), is 4, so the result of executing the code is 24.

cout << n << '*'; factorial(n-1);

This means for each input, until n = 1, the output is the factorial of the number. This is the recursive function.

Answer:

hope this helps,do consider giving brainliest

Explanation:

int main() {

int i,pid; printf("pid : %d \n",pid);

pid=fork();

printf("pid : %d \n",pid);

printf("\n");

if(pid==0) {

printf("Child starts\n");

for(i=0;i<5;i++) {

printf("i : %d\n",i);

printf("\n");

}

printf("Child ends\n");

}

else {

printf("\nBefore wait\n");

printf("getpid : %d\n",getpid());

pid=wait(0);

printf("\npid : %d\n",pid);

printf("After wait\n");

printf("Parent\n");

printf("getpid : %d\n",getpid());

}

}

Answer:

c. A. D.B.

Explanation:

Answer:

The program in Python is as follows:

Length = float(input("Length: "))

Width = float(input("Width: "))

Area = Length * Width

print("Area: ",Area)

Explanation:

This gets input for length

Length = float(input("Length: "))

This gets input for width

Width = float(input("Width: "))

This calculates the area

Area = Length * Width

This prints the calculated area

print("Area: ",Area)

b. Create a Room class with the instance variables int numBeds, and boolean hasBath. Create a subclass Suite of Room which will inherit the Instance variables of Room and has an additional instance variable int numSubrooms.

In object-oriented program designs, applications are split into sub-tasks and each sub-task is designed by creating as one or more classes to model it. This allows for flexibility and extensibility among other things.

In the case of the large hotel, two classes are of utmost importance:

i. the Room class to hold information about the number of beds in the room and whether or not the room has a bath.

ii. the Suite class to hold, in addition to the information held by the Room class, information about the number of sub-rooms in the suite.

To apply the concept of object-oriented design, since the suite is a special type of room, the Room class will serve as the super class while the Suite class which contains extra information will serve as the subclass inheriting all the properties of the Room class. Therefore the Suite will have all the properties of the Room and also its own special property - number of sub-rooms in this case.

Answer:

the answer is B

Explanation:

Answer:

pong i could be wrong i think its right tho

Explanation:

Answer:the third one

Explanation:

Answer:

the correct answer is in the below file

xh5jg5l.com

Answer:

“hello” + “goodbye”

Explanation:

Answer:

C

Explanation:

Answer:

Here.Hope this helps and do read carefully ,you need to make 1 .cpp file and 1 .h file

Explanation:

#include<iostream>

#include <fstream>

#include <vector>

#include <string>

#include "StatePair.h"

using namespace std;

int main() {

  ifstream inFS; // File input stream

  int zip;

  int population;

  string abbrev;

  string state;

  unsigned int i;

  // ZIP code - state abbrev. pairs

  vector<StatePair <int, string>> zipCodeState;

  // state abbrev. - state name pairs

  vector<StatePair<string, string>> abbrevState;

  // state name - population pairs

  vector<StatePair<string, int>> statePopulation;

  // Fill the three ArrayLists

  // Try to open zip_code_state.txt file

  inFS.open("zip_code_state.txt");

  if (!inFS.is_open()) {

      cout << "Could not open file zip_code_state.txt." << endl;

      return 1; // 1 indicates error

  }

  while (!inFS.eof()) {

      StatePair <int, string> temp;

      inFS >> zip;

      if (!inFS.fail()) {

          temp.SetKey(zip);

      }

      inFS >> abbrev;

      if (!inFS.fail()) {

          temp.SetValue(abbrev);

      }

      zipCodeState.push_back(temp);

  }

  inFS.close();

// Try to open abbreviation_state.txt file

  inFS.open("abbreviation_state.txt");

  if (!inFS.is_open()) {

      cout << "Could not open file abbreviation_state.txt." << endl;

      return 1; // 1 indicates error

  }

  while (!inFS.eof()) {

      StatePair <string, string> temp;

      inFS >> abbrev;

      if (!inFS.fail()) {

          temp.SetKey(abbrev);

      }

      getline(inFS, state); //flushes endline

      getline(inFS, state);

      state = state.substr(0, state.size()-1);

      if (!inFS.fail()) {

          temp.SetValue(state);

      }

      abbrevState.push_back(temp);

  }

  inFS.close();

  // Try to open state_population.txt file

  inFS.open("state_population.txt");

  if (!inFS.is_open()) {

      cout << "Could not open file state_population.txt." << endl;

      return 1; // 1 indicates error

  }

  while (!inFS.eof()) {

      StatePair <string, int> temp;

      getline(inFS, state);

      state = state.substr(0, state.size()-1);

      if (!inFS.fail()) {

          temp.SetKey(state);

      }

      inFS >> population;

      if (!inFS.fail()) {

          temp.SetValue(population);

      }

      getline(inFS, state); //flushes endline

      statePopulation.push_back(temp);

  }

  inFS.close();

  cin >> zip;

for (i = 0; i < zipCodeState.size(); ++i) {

      // TODO: Using ZIP code, find state abbreviation

  }

  for (i = 0; i < abbrevState.size(); ++i) {

      // TODO: Using state abbreviation, find state name

  }

  for (i = 0; i < statePopulation.size(); ++i) {

      // TODO: Using state name, find population. Print pair info.

  }

}

Statepair.h

#ifndef STATEPAIR

#define STATEPAIR

#include <iostream>

using namespace std;

template<typename T1, typename T2>

class StatePair {

private:

T1 key;

T2 value;

public:

// Define a constructor, mutators, and accessors

// for StatePair

StatePair() //default constructor

{}

// set the key

void SetKey(T1 key)

{

this->key = key;

}

// set the value

void SetValue(T2 value)

{

this->value = value;

}

// return key

T1 GetKey() { return key;}

// return value

T2 GetValue() { return value;}

// Define PrintInfo() method

// display key and value in the format key : value

void PrintInfo()

{

cout<<key<<" : "<<value<<endl;

}

};

#endif

In this exercise we have to use the knowledge in computational language in C++  to write the following code:

We have the code can be found in the attached image.

So in an easier way we have that the code is

#include<iostream>

#include <fstream>

#include <vector>

#include <string>

#include "StatePair.h"

using namespace std;

int main() {

 ifstream inFS;

 int zip;

 int population;

 string abbrev;

 string state;

 unsigned int i;

 vector<StatePair <int, string>> zipCodeState;

 vector<StatePair<string, string>> abbrevState;

 vector<StatePair<string, int>> statePopulation;

 inFS.open("zip_code_state.txt");

 if (!inFS.is_open()) {

     cout << "Could not open file zip_code_state.txt." << endl;

     return 1;

 }

 while (!inFS.eof()) {

     StatePair <int, string> temp;

     inFS >> zip;

     if (!inFS.fail()) {

         temp.SetKey(zip);

     }

     inFS >> abbrev;

     if (!inFS.fail()) {

         temp.SetValue(abbrev);

     }

     zipCodeState.push_back(temp);

 }

 inFS.close();

 inFS.open("abbreviation_state.txt");

 if (!inFS.is_open()) {

     cout << "Could not open file abbreviation_state.txt." << endl;

     return 1;

 }

 while (!inFS.eof()) {

     StatePair <string, string> temp;

     inFS >> abbrev;

     if (!inFS.fail()) {

         temp.SetKey(abbrev);

     }

     getline(inFS, state);

     getline(inFS, state);

     state = state.substr(0, state.size()-1);

     if (!inFS.fail()) {

         temp.SetValue(state);

     }

     abbrevState.push_back(temp);

 }

 inFS.close();

 inFS.open("state_population.txt");

 if (!inFS.is_open()) {

     cout << "Could not open file state_population.txt." << endl;

     return 1;

 }

 while (!inFS.eof()) {

     StatePair <string, int> temp;

     getline(inFS, state);

     state = state.substr(0, state.size()-1);

     if (!inFS.fail()) {

         temp.SetKey(state);

     }

     inFS >> population;

     if (!inFS.fail()) {

         temp.SetValue(population);

     }

     getline(inFS, state);

     statePopulation.push_back(temp);

 }

 inFS.close();

 cin >> zip;

for (i = 0; i < zipCodeState.size(); ++i) {

  }

 for (i = 0; i < abbrevState.size(); ++i) {

  }

 for (i = 0; i < statePopulation.size(); ++i) {

 }

}

Statepair.h

#ifndef STATEPAIR

#define STATEPAIR

#include <iostream>

using namespace std;

template<typename T1, typename T2>

class StatePair {

private:

T1 key;

T2 value;

public:

StatePair()

{}

void SetKey(T1 key)

{

this->key = key;

}

void SetValue(T2 value)

{

this->value = value;

}

T1 GetKey() { return key;}

T2 GetValue() { return value;}

void PrintInfo()

{

cout<<key<<" : "<<value<<endl;

}

};

See more about C code at brainly.com/question/19705654

Answer:A.)Say you have a 1 Mbps Internet connection. With such a connection speed, you might expect to download files at a rate of around 1 MB per second, but when you actually download a file, the download speed only reaches up to 100 – 120 KB per second.

B.)File Size In Megabytes / (Download Speed In Megabits / 8) = Time In Seconds. A 15 Megabyte file, downloading at 10 Megabits per second: 15 / (10/8) = 12 seconds.

C.) If the file size is 100mb and downloading speed is 54Mbps So the total time taken is 00:00:15.

Explanation:

Answer:

Part a: The tag lists the

(voltage)

(V) that the appliance runs at and its

(power)

in watts (W). According to the tag, Dorian's blender uses  (120)

watts of power.

so your answers are voltage, then power, then 120.

c.

b.

b.

Part B:

One appliance that uses less power Then I blender would probably be a microwave. This is because you need to have electricity moving rapidly to move the blades in a blender compared to the microwave which you just need to keep a steady pace. One appliance that I think would use more power than a blender would definitely be an oven. This is because It does use steady current power just like the microwave but it uses it for way longer which takes up more power than rapid power in a blender for a short time.

Explanation:

For example, 150 watts (blender) and 300 watts (oven) have a 150-watt difference, sort of like subtraction in some cases!

Hope This Helps!!

:)

Answer:

the default frame rate is based on the frame rate of the display ( here also called *refresh rate" which is set to 60 frames per second on the most computers. A frame rate of 24 frames per second (usual for movies) or above will be enough for smooth animations

Answer:

Can you add an attachment please

In this exercise we have to use the computer language knowledge in python, so the code is described as:

This code can be found in the attached image.

So the code can be described more simply below, as:

height = []

height.append([16,17,14])

height.append([17,18,17])

height.append([15,17,14])

print(height)

See more about python at brainly.com/question/26104476

Answer:

The program is as follows:

#include <bits/stdc++.h>

#include <iostream>

using namespace std;

int main(){

  list <int> myList;

  for(int i=0;i<100;i++){  

      myList.push_back(rand()%100);       }

   list <int> :: iterator it;

   cout<<"Forward: ";

   for(it = myList.begin(); it != myList.end(); ++it){

       cout <<*it<<" ";    }

   cout<<"\nReversed: ";

   std::copy(myList.rbegin(),myList.rend(),std::ostream_iterator<int>(std::cout, " "));

        myList.sort();  

   cout<<"\nSorted: ";

   for(it = myList.begin(); it != myList.end(); ++it){

       cout <<*it<<" ";    }

   return 0;

}

Explanation:

This declares the list

  list <int> myList;

The following iteration generates 100 random integers into the list

  for(int i=0;i<100;i++){  

      myList.push_back(rand()%100);       }

This initializes an iterator

   list <int> :: iterator it;

This prints the header "Forward"

   cout<<"Forward: ";

This iterates through the list and prints it in order

   for(it = myList.begin(); it != myList.end(); ++it){

       cout <<*it<<" ";    }

    This prints the header "Reversed"

   cout<<"\nReversed: ";

This uses ostream_iterator to print the reversed list

   std::copy(myList.rbegin(),myList.rend(),std::ostream_iterator<int>(std::cout, " "));

This sorts the list in ascending order

        myList.sort();

This prints the header "Reversed"  

   cout<<"\nSorted: ";

This iterates through the sorted list and prints it in order

   for(it = myList.begin(); it != myList.end(); ++it){

       cout <<*it<<" ";    }

Answer:

?

Explanation:

U need way more points for somebody to answer this

Answer:

About 2.5 seconds.

Explanation:

The speed of radio waves is 299,750 km/s whereas the distance between moon and earth is 384,400 km. By dividing speed of radio waves over the distance of moon and earth, we get 1.22 seconds of time from one side or in other words the person on the moon receives message in 1.22 seconds from the earth and the person on the earth receives a response from the moon in also 1.2 seconds so total time taken by the sender in receiving response from the moon is 2.5 to 3 seconds.

Answer:

There are way in separating mixtures of chlorides salts such as that of sodium chloride and ammonium chloride. It can be done by crystallization, filtration or sublimation. If we want to separate the mixture, we have to heat up to 330-350 degrees Celsius and collect the gas that will be produced.

Answer:

#! /usr/bin/bash

echo $[$1**$2]

Explanation:

(a) The first line of the code is very important as it tells the interpreter where the bash shell is located on the executing computer.

To get this on your computer, simply:

1. open your command line

2. type the following command: which bash

This will return the location where the bash shell is. In this case, it returned

/usr/bin/bash

(b) The second line is where the actual arithmetic takes place.

The variables $1 and $2 in the square bracket are the first and second arguments passed from the command line. The ** operator raises the left operand (in this case $1) to the power of the second operand (in this case $2).

Then, the echo statement prints out the result.

(c) Save this code in a file named as pow.sh then run it on the command line.

For example, if the following is run on the command line: ./pow.sh 2 3

Then,

the first argument which is 2 is stored in $1 and;

the second argument which is 3 is stored in $2.

The arithmetic operator (**) then performs the arithmetic 2^3 which gives 8.

Answer:

1 First Generation

The period of first generation: 1946-1959. Vacuum tube based.

2 Second Generation

The period of second generation: 1959-1965. Transistor based.

3 Third Generation

The period of third generation: 1965-1971. Integrated Circuit based.

4 Fourth Generation

The period of fourth generation: 1971-1980. VLSI microprocessor based.

5 Fifth Generation

The period of fifth generation: 1980-onwards. ULSI microprocessor based.

The phrase "generation" refers to a shift in the technology that a computer is/was using. The term "generation" was initially used to describe different hardware advancements. These days, a computer system's generation involves both hardware and software.

The Japan Ministry of International Trade and Industry (MITI) launched the Fifth Generation Computer Systems (FGCS) initiative in 1982 with the goal of developing computers that use massively parallel computing and logic programming.

The generation of computers is determined by when significant technological advancements, such as the use of vacuum tubes, transistors, and microprocessors, take place inside the computer. There will be five computer generations between now and 2020, with the first one starting around 1940.

Learn more about generations of computers here:

https://brainly.com/question/9354047

#SPJ2

Answer:  

Bye

bye

bye

bye

Explanation:

Answer:

HELLO Hello thank you for your points...

Answer:

Find answers below.

Explanation:

1. Worldwide Web: In computing, WWW simply means World Wide Web. The world wide web was invented by Sir Tim Berners-Lee in 1990 while working with the European Council for Nuclear Research (CERN); Web 2.0 evolved in 1999. Basically, WWW refers to a collection of web pages that are located on a huge network of interconnected computers (the Internet). Also, users from all over the world can access the world wide web by using an internet connection and a web browser such as Chrome, Firefox, Safari, Opera, etc.

In a nutshell, the World Wide Web is an information system that is generally made up of users and resources (documents) that are connected via hypertext links.

2.E-mail: An e-mail is an acronym for electronic mail and it is a software application or program designed to let users send and receive texts and multimedia messages over the internet.

It is considered to be one of the most widely used communication channel or medium is an e-mail (electronic mail).

3. Powerline networking: this is a wired networking technology that typically involves the use of existing electrical cables in a building to connect and transmit data on network devices through powerline network adapters.

4. Cable: this include network cables such as CAT-5, CAT-6 and fiber optic cables used for connecting and transmitting signals between two or more network devices.

Answer:

True

Explanation:

because it was correct

Answer:

hope this helps, do consider giving brainliest

Explanation:

public class Picture {

   // two instance variables

   private String name;

   private String date;

   // Parameterized constructor

   public Picture(String name, String date) {

       super();

       this.name = name;

       this.date = date;

   }

   /**

   * return the name

   */

   public String getName() {

       return name;

   }

   /**

   * param name the name to set

   */

   public void setName(String name) {

       this.name = name;

   }

   /**

   * return the date

   */

   public String getDate() {

       return date;

   }

   /**

   * param date the date to set

   */

   public void setDate(String date) {

       this.date = date;

   }  

}

----------------------------------------------------TESTER CLASS---------------------------------------------------------------------

package test;

public class PictureTester {

   public static void main(String[] args) {

       // TODO Auto-generated method stub

       // creating Picture object (pic is the reference variable) and we are invoking the constructor by passing // values of name and date

       Picture pic = new Picture("flower_pic", "28-04-2020");

       // now we will first use get method

       String name = pic.getName();

       String date = pic.getDate();

       // displaying the value fetched from get method

       // value will be name - flower_pic and date - 28-04-2020

       System.out.println("[ Name of the Picture - "+name+" and Date - "+date+" ]");

       // now we will use set method to set the value of name and date and then display that value

       // declaring two variable

       String name1 = "tiger_pic";

       String date1 = "28-03-2020";

       //assigning those value using set method

       pic.setName(name1);

       pic.setDate(date1);

       System.out.println("[ Name of the Picture - "+pic.getName()+" and Date - "+pic.getDate()+" ]");

   }

}

Answer:

Customer Number

Explanation:

Answer:

hope this helps

Explanation:

Answer:

TIME. Displays current time and allows it to be changed. ...

DATE. Displays current date and allows it to be changed. ...

CLS. Clears the screen. ...

DIR. Shows directory information of a diskette: name, size, and the date and time stamp of files. ...

COPY. Copies a file. ...

TYPE. Displays the contents of a file. ...

DEL. ...

REN.

Explanation: