In VBA program

Use Option Explicit and type all variables. Input from InputBox. Echo input solines litngu for both roblems. Turm in your ouiputfle and your 1. Consider the following integral: [0.415-(1-(1-.45* x) 2]* (1-x/2.22)dx Write a VBA program to evaluate this integral using Simpson's 1/3 rule. Input the lower and upper limits and the first n from InputBox in the main Sub, Subl But output from a 2nd Sub. Put the 1/3 rule in a 3rd Sub called by the main program. Use a function for the integrand. Note: you wil need to include logic toacoumto the atemating 4's and 2's: Probably the easiest way is to include two for loops. In the main Sub check your input to see that the input value of n is even. If not MsgBox a warning and leave the program and stop calculation. Begin with n 2. Compute the relative error, Ea, as the difference between the present value and the previous value. (For n 2 the previous value was zero.) Put the call to Simpson inside a Do While loop and double n each time until you get an Ea value less than 103 in magnitude or you have made 15 attempts Output should include each iterated value, and the corresponding values of n and Ea