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say hello world with C++ - Solution in Hacker Rank - hackerranksolutions8

  Objective This is a simple challenge to help you practice printing to  stdout . You may also want to complete  Solve Me First  in C++ before attempting this challenge. We’re starting out by printing the most famous computing phrase of all time! In the editor below, use either  printf  or  cout  to print the string  Hello ,World!  to  stdout . The more popular command form is  cout . It has the following basic form: cout<<value_to_print<<value_to_print; Any number of values can be printed using one command as shown. The  printf  command comes from C language. It accepts an optional format specification and a list of variables. Two examples for printing a string are: printf("%s", string);   printf(string); Note that neither method adds a newline. It only prints what you tell it to. Output Format Print   Hello ,World!   to stdout. Sample Output Hello, World! Solution:- //Say Hello, World! With C++ - Hacker Rank Solution #include <iostream> #include <cstdio

Conditional Statements in C++ – Solution in Hacker Rank - hackerranksolutions8

 

Problem

if and else are two of the most frequently used conditionals in C/C++, and they enable you to execute zero or one conditional statement among many such dependent conditional statements. We use them in the following ways:
1. if: This executes the body of bracketed code starting with statement1 if condition evaluates to true.

if (condition) {
    statement1;
    ...
}

2. if – else: This executes the body of bracketed code starting with statement1 if condition evaluates to true, or it executes the body of code starting with statement2 if condition evaluates to false. Note that only one of the bracketed code sections will ever be executed.

if (condition) {
    statement1;
    ...
}
else {
    statement2;
    ...
}

3. if – else if – else: In this structure, dependent statements are chained together and the condition or each statement is only checked if all prior conditions in the chain evaluated to false. Once a condition evaluates to true, the bracketed code associated with that statement is executed and the program then skips to the end of the chain of statements and continues executing. If each condition in the chain evaluates to false, then the body of bracketed code in the else block at the end is executed.

if(first condition) {
    ...
}
else if(second condition) {
    ...
}
.
.
.
else if((n-1)'th condition) {
    ....
}
else {
    ...
}

Given a positive integer denoting n, do the following:

  • If  1<=n<=9, then print the lowercase English word corresponding to the number(e.g one for 1, two for 2 etc)
  • if n > 9 Then print Greater than 9 

Input Format

A single integer denoting n.

Constraints

  • 1<=n<=10^9 

Output Format

If 1<=n<=9, then print the lowercase English word corresponding to the number(e.g one for 1, two for 2 etc), if n > 9 Then print Greater than 9.


Example 0 :

Sample Input 0

5

Sample Output 0

five

Explanation 0
five is the English word for the number 5.

Example 1 :

Sample Input 1

8

Sample Output 1

eight

Explanation 1
eight is the English word for the number 8.

Example 2 :

Sample Input 2

44

Sample Output 2

Greater than 9

Explanation 2
n = 44 is greater than 9,so we print Greater than 9.

Solution :

#include <bits/stdc++.h>

using namespace std;

int main()
{
    int n;
    cin >> n;
    cin.ignore(numeric_limits<streamsize>::max(), '\n');

    // Write Your Code Here
    if (n==1)
    cout<<"one";
    else if(n==2)
    cout<<"two";
    else if(n==3)
    cout<<"three";
    else if(n==4)
    cout<<"four";
    else if(n==5)
    cout<<"five";
    else if(n==6)
    cout<<"six";
    else if(n==7)
    cout<<"seven";
    else if(n==8)
    cout<<"eight";
    else if(n==9)
    cout<<"nine";
    else
    cout<<"Greater than 9";
    return 0;
}

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