C++ Exercises: Check if two or more non-negative given integers have the same rightmost digit

Last update on August 12 2025 12:51:05 (UTC/GMT +8 hours)

Same Rightmost Digit for Non-Negative Integers

Write a C++ program to check if two or more integers that are not negative have the same rightmost digit.

Sample Solution:

C++ Code :

#include <iostream>

using namespace std;

// Function 'test' takes three integers (x, y, z) as parameters
bool test(int x, int y, int z)
{
    // Returns true if any two numbers among x, y, and z have the same last digit
    return x % 10 == y % 10 || x % 10 == z % 10 || y % 10 == z % 10;
}

int main() 
{
    // Testing the 'test' function with different sets of numbers
    cout << test(11, 21, 31) << endl;  // Output: 1 (True, as two numbers end with the same digit '1')
    cout << test(11, 22, 31) << endl;  // Output: 1 (True, as two numbers end with the same digit '1')
    cout << test(11, 22, 33) << endl;  // Output: 0 (False, as no two numbers end with the same digit)

    return 0;      
}

Sample Output:

1 
1 
0

Visual Presentation:

C++ Basic Algorithm Exercises: Check if two or more non-negative given integers have the same rightmost digit.

Flowchart:

For more Practice: Solve these Related Problems:

Write a C++ program to check if two or more non-negative integers share the same last digit by comparing their modulo 10 values.
Write a C++ program that reads several integers and returns true if all of them end with the same digit.
Write a C++ program to verify whether the rightmost digit of a list of integers is identical across all inputs.
Write a C++ program that accepts multiple non-negative integers and prints true if they all have the same units digit.

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