Find Selling Price from given Profit Percentage and Cost

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Given the Cost price $\text{[math]}$ and Profit Percentage $\text{[math]}$ of an item, the task is to calculate the Selling Price.
Examples:

Input: CP = 500, Profit% = 20
Output: SP = 600

Input: CP = 720, Profit% = 13
Output: SP = 813.6

Approach:

Find the Decimal Equivalent of the profit Percentage, for this divide the percentage by 100.
Add 1 to get the decimal Equivalent of unit price increase.
Take product of Cost price with the above result to get the selling price.

Below is the implementation of the above approach:
Program:

C++

// C++ implementation of above approach
 
#include <iostream>
using namespace std;
 
// Function to calculate the Selling Price
float SellingPrice(float CP, float PP)
{
 
    // Decimal Equivalent of Profit Percentage
    float P_decimal = 1 + (PP / 100);
 
    // Find the Selling Price
    float res = P_decimal * CP;
 
    // return the calculated Selling Price
    return res;
}
 
// Driver code
int main()
{
 
    // Get the CP and Profit%
    float C = 720, P = 13;
 
    // Printing the returned value
    cout << SellingPrice(C, P);
 
    return 0;
}

Java

// Java implementation of above approach
 
import java.util.*;
 
class solution
{
 
// Function to calculate the Selling Price
static float SellingPrice(float CP, float PP)
{
 
    // Decimal Equivalent of Profit Percentage
    float P_decimal = 1 + (PP / 100);
 
    // Find the Selling Price
    float res = P_decimal * CP;
 
    // return the calculated Selling Price
    return res;
}
 
// Driver code
public static void main(String args[])
{
 
    // Get the CP and Profit%
    float C = 720, P = 13;
 
    // Printing the returned value
    System.out.println(SellingPrice(C, P));
 
}
 
}

Python3

# Python 3 implementation of
# above approach
 
# Function to calculate the 
# Selling Price
def SellingPrice (CP, PP):
     
    # Decimal Equivalent of 
    # Profit Percentage
    Pdecimal = 1 + ( PP / 100 )
     
    res = Pdecimal * CP
     
    # return the calculated 
    # Selling Price
    return res
 
# Driver code
if __name__ == "__main__" : 
 
    # Get the CP and Profit % 
    C = 720
    P = 13
     
    # Printing the returned value
    print(SellingPrice(C, P))

C#

// C# implementation of above approach
using System; 
 
class GFG 
{ 
 
// calculate Nth term of series 
static float SellingPrice(float CP, 
                          float PP) 
{ 
    // Decimal Equivalent of 
    // Profit Percentage 
    float P_decimal = 1 + (PP / 100); 
 
    // Find the Selling Price 
    float res = P_decimal * CP; 
 
    // return the calculated 
    // Selling Price 
    return res; 
} 
 
// Driver Code 
public static void Main() 
{ 
    // Get the CP Profit%
    float C = 720, P = 13; 
 
    // Printing the returned value
    Console.Write(SellingPrice(C,P)); 
} 
} 
 
// This code is contributed 
// by Sanjit_Prasad 

PHP

<?php
// PHP implementation of above approach
 
// Function to calculate the Selling Price
function SellingPrice($CP, $PP)
{
 
    // Decimal Equivalent of Profit Percentage
    $P_decimal = 1 + ($PP / 100);
 
    // Find the Selling Price
    $res = $P_decimal * $CP;
 
    // return the calculated Selling Price
    return $res;
}
 
// Driver code
 
    // Get the CP and Profit%
    $C = 720;
    $P = 13;
 
    // Printing the returned value
    echo SellingPrice($C, $P);
 
// this code is contributed by mits
?>

Javascript

<script>
 
// Javascript implementation of above approach
 
// Function to calculate the Selling Price
function SellingPrice(CP, PP)
{
 
    // Decimal Equivalent of Profit Percentage
    var P_decimal = 1 + (PP / 100);
 
    // Find the Selling Price
    var res = P_decimal * CP;
 
    // return the calculated Selling Price
    return res.toFixed(1);
}
 
// Driver code
// Get the CP and Profit%
var C = 720, P = 13;
// Printing the returned value
document.write( SellingPrice(C, P));
 
 
</script>

Output:

813.6

Time Complexity: O(1)
Auxiliary Space: O(1)

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