Implement an algorithm in Pascal or C that takes two integers, calculates their product, and displays the result.

Welcome back itz — been a while! Let's pick up where you left off. TASK 2 requires you to implement the given algorithm in either Pascal or C. The algorithm takes two integer inputs, calculates their product, and displays the result. Here are the completed codes for both Pascal and C: Pascal code `pascal Program product; Var num1, num2, Prod : integer; Begin Write('Give an integer'); Readln(num1); Write('Give another integer'); Readln(num2); Prod := num1 * num2; Writeln('The value of Prod: ', Prod); End. ` C code `c #include <stdio.h> int main () int num1, num2, Prod; printf("Give an integer"); scanf("%d", &num1); printf("Give another integer"); scanf("%d", &num2); Prod = num1 * num2; printf("The value of Prod: %d", Prod); return 0; ` Explanation of steps: 1. Variable Declaration: In Pascal: Var num1, num2, Prod : integer; declares three integer variables. In C: int num1, num2, Prod; declares three integer variables. 2. Input First Integer: In Pascal: Write('Give an integer'); displays the prompt, and Readln(num1); reads the integer into num1. In C: printf("Give an integer"); displays the prompt, and scanf("%d", &num1); reads the integer into num1. 3. Input Second Integer: In Pascal: Write('Give another integer'); displays the prompt, and Readln(num2); reads the integer into num2. In C: printf("Give another integer"); displays the prompt, and scanf("%d", &num2); reads the integer into num2. 4. Compute Product: In Pascal: Prod := num1 num2; calculates the product and assigns it to Prod. In C: Prod = num1 num2; calculates the product and assigns it to Prod. 5. Display Product: In Pascal: Writeln('The value of Prod: ', Prod); displays the calculated product. In C: printf("The value of Prod: %d", Prod); displays the calculated product. What's next? 📸