Help with MATLAB coding

(16) A machine is being built out of two types of parts: A and B. Each A-part will work 98% of the time when turned on and each B-part works 91% of the time when turned on. The machine has twelve A-parts and seven B-parts. For the machine to operate correctly when turned on, all twelve of part A must function and at least five of part B must function. What is the probability that the machine will operate correctly when turned on? You must use random numbers in Matlab to solve this. 1 % do not use clc, clear all; close all in Matlab Grader 2 3 4 5 m = % chance of working (0 to 1) (16) A machine is being built out of two types of parts: A and B. Each A-part will work 98% of the time when turned on and each B-part works 91% of the time when turned on. The machine has twelve A-parts and seven B-parts. For the machine to operate correctly when turned on, all twelve of part A must function and at least five of part B must function. What is the probability that the machine will operate correctly when turned on? You must use random numbers in Matlab to solve this. 1 % do not use clc, clear all; close all in Matlab Grader 2 3 4 5 m = % chance of working (0 to 1)