Problem 1: Write a function called meanNormalthat takes two inputs, m and n, and returns a column vector of length n whose elements are randomly taken from a tormal probability distribution (bell-shaped) with a mean m. Problem 3: Write a function called randLocation that takes a vector of any length as its input. The function places a 0 at a random location in the array such that every location is as equally likely. The function outputs the new vector. Problem 4: Use randi to write a function called sumFaces10 that takes no inputs, but simulates the rolling of four ten-sided dice and outputs their faces' sum. Shuffle the random number generator before generating any random numbers 2 Problem 6. Write a function called randi test that takes two scalar posi tive integer input arguments maxi and n (you do not have to check the in arguments) and returns two output arguments: a row vector of n elements and an n-by n matrix. The two output arguments must contains the exact same set of random integers that fall between 1 and maxi. Here is a sample run: Problem 1: Write a function called meanNormalthat takes two inputs, m and n, and returns a column vector of length n whose elements are randomly taken from a tormal probability distribution (bell-shaped) with a mean m. Problem 3: Write a function called randLocation that takes a vector of any length as its input. The function places a 0 at a random location in the array such that every location is as equally likely. The function outputs the new vector. Problem 4: Use randi to write a function called sumFaces10 that takes no inputs, but simulates the rolling of four ten-sided dice and outputs their faces' sum. Shuffle the random number generator before generating any random numbers 2 Problem 6. Write a function called randi test that takes two scalar posi tive integer input arguments maxi and n (you do not have to check the in arguments) and returns two output arguments: a row vector of n elements and an n-by n matrix. The two output arguments must contains the exact same set of random integers that fall between 1 and maxi. Here is a sample run