Find Values of P and Q Satisfying the Equation N = P^2.QIn this tutorial, we will explore how to determine values of P and Q satisfying the given equation. A whole number higher than 1 whose only elements are 1 and itself is referred to as a prime number. A whole number that may be split evenly into another number is referred to as a factor. 2, 3, 5, 7, 11, 13, 17, 19, 23 and 29 are the first few prime numbers. Composite numbers are those that have more than two components. Neither prime nor composite, number one. The goal is to determine P and Q that satisfy the expression N = P^2.Q, where P and Q are prime numbers, provided a number N(1 ≤ N ≤ 9×1018). P and Q must be prime numbers. Instances: The execution of the aforementioned concept is shown below: C++ Program: Output 1 (If we input the value of N as 2023) Put a value of N: 2023 P is 17 Q is 7 Output 2 (If we input the value of N as 175) Put a value of N: 175 P is 5 Q is 7 Output 3 (If we input the value of N as 158) Put a value of N: 158 P is 9 Q is 2 Output 4 (If we input the value of N as 254) Put a value of N: 254 P is 11 Q is 2 We can also write the above approach in javascript. Javascript Code: Program 1: Output P is 17 Q is 7 Program 2: Output P is 5 Q is 7
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