Java Code for part B

public class smallfact3 { public static void main(String[] args) { Scanner input = new Scanner (System.in); Scanner input2 = new Scanner (System.in); Scanner input3 = new Scanner (System.in); System.out.println ("Enter 1 to 6 for char, short, int, long, float, and double"); int number = input.nextInt(); System.out.println ("Enter integer n to calculate hihgest power of m^n"); int n = input2.nextInt(); System.out.println ("Enter integer m to calculate m^n"); int m = input3.nextInt(); // int n = 20; byte cfact = 1; short sfact = 1; int fact = 1; long lfact = 1; float ffact = 1; double dfact = 1.0; for (int i = 1; i   Compute powers of 3 using different tools and calculator (34%) 3. (34%) Here the number 3100 = 3100 (3 to the 100 power, or 3*3*3... 100 times) is calculated using calculator from Windows 10: 34 100- 5.1537752073201133103646112976562e+47 (a) (8%) From the output (the power e+47) and the number of digits after the decimal point, can you conclude that the calculator uses which of the following data types: short, int, long, float, double, or none of them? Explain! (6) (10%) Smallfact3.java on Blackboard calculates the powers of a certain integer (you can use that to calculate the powers of 3. Also you can write your own code). Does 3^100 overflow in the float data type? Why? If so, at which integer n = 100 does overflow happen first. Display your result of 3(n-2), 3-(n-1), and 3*n (so if at n=65 you get overflow, then display 3463, 3^64, and 3*65). (C) (8%) Repeat (b) for double data type (d) (8%) Repeat (b) for long data type