检查数字奇数位的数字总和是否可被K整除

本文概述

  • C++
  • Java
  • Python 3
  • C#
  • PHP
给定两个整数" N"和" K", 任务是在奇数位(从右到左)找到" N"的数字总和, 并检查总和是否可被" K"整除。如果可以整除, 则输出是, 否则输出NO.
例子:
【检查数字奇数位的数字总和是否可被K整除】输入:N = 4325, K = 4
输出:YES, 因为3 + 5 = 8, 可以被4整除。
输入:N = 1209, K = 3
输出:NO
方法:
  • 在奇数个位置(从右到左)找到" N"的数字总和。
  • 然后, 以" K"取模, 检查总和的可除性。
  • 如果可以整除, 则输出"是", 否则输出"否"。
下面是上述方法的实现:
C++
//C++ implementation of the approach #include < bits/stdc++.h> using namespace std; //function that checks the //divisibility of the sum //of the digits at odd places //of the given number bool SumDivisible( int n, int k) { int sum = 0, position = 1; while (n> 0) {//if position is odd if (position % 2 == 1) sum += n % 10; n = n /10; position++; }if (sum % k == 0) return true ; return false ; }//Driver code int main() { int n = 592452; int k = 3; if (SumDivisible(n, k)) cout < < "YES" ; else cout < < "NO" ; return 0; }

Java
//Java implementation of the approach import java.util.*; class solution {//function that checks the //divisibility of the sum //of the digits at odd places //of the given number static boolean SumDivisible( int n, int k) { int sum = 0 , position = 1 ; while (n> 0 ) {//if position is odd if (position % 2 == 1 ) sum += n % 10 ; n = n /10 ; position++; }if (sum % k == 0 ) return true ; return false ; }//Driver code public static void main(String arr[]) { int n = 592452 ; int k = 3 ; if (SumDivisible(n, k)) System.out.println( "YES" ); else System.out.println( "NO" ); } } //This code is contributed by Surendra_Gangwar

Python 3
# Python 3 implementation of the approach# function that checks the divisibility # of the sum of the digits at odd places # of the given number def SumDivisible(n, k):sum = 0 position = 1 while (n> 0 ) :# if position is odd if (position % 2 = = 1 ): sum + = n % 10 n = n //10 position + = 1if ( sum % k = = 0 ): return True return False# Driver code if __name__ = = "__main__" : n = 592452 k = 3if (SumDivisible(n, k)): print ( "YES" ) else : print ( "NO" )# This code is contributed # by ChitraNayal

C#
//C# implementation of the approach using System; class GFG { //function that checks the //divisibility of the sum //of the digits at odd places //of the given number static bool SumDivisible( int n, int k) { int sum = 0, position = 1; while (n> 0) { //if position is odd if (position % 2 == 1) sum += n % 10; n = n /10; position++; } if (sum % k == 0) return true ; return false ; } //Driver code static public void Main () { int n = 592452; int k = 3; if (SumDivisible(n, k)) Console.WriteLine( "YES" ); else Console.WriteLine( "NO" ); } } //This code is contributed by Sachin

PHP
< ?php //PHP implementation of the approach //function that checks the divisibility //of the sum of the digits at odd places //of the given number function SumDivisible( $n , $k ) { $sum = 0; $position = 1; while ( $n> 0) { //if position is odd if ( $position % 2 == 1) $sum += $n % 10; $n = (int) $n /10; $position ++; } if ( $sum % $k == 0) return true; return false; } //Driver code $n = 592452; $k = 3; if (SumDivisible( $n , $k )) echo "YES" ; else echo "NO" ; //This code is contributed //by Sach_Code ?>

输出如下:
YES

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