We can simulate the result of the roll of an N-sided die by using the formula...

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We can simulate the result of the roll of an N-sided die by using the formula result =[N (random number between 0 and 1)] + 1 where [x] is the floor function of x. For example, using N = 6 results in an integer between 1 and 6 (inclusive), which simulates rolling a D6 (six-sided die). Write a MATLAB function that accepts a positive integer N as the input and produces the result of rolling an N-sided die as the output. Your function should not print anything to the screen. Problem 4.9a Test the function you created in Problem 4.9 by writing a MATLAB program that does the following: First, simulates rolling a D6 ten times. For each roll: Call your function to generate a number o Display that number to the screen Then simulates rolling a D20 three times. (Same procedure as above.) We can simulate the result of the roll of an N-sided die by using the formula result =[N (random number between 0 and 1)] + 1 where [x] is the floor function of x. For example, using N = 6 results in an integer between 1 and 6 (inclusive), which simulates rolling a D6 (six-sided die). Write a MATLAB function that accepts a positive integer N as the input and produces the result of rolling an N-sided die as the output. Your function should not print anything to the screen. Problem 4.9a Test the function you created in Problem 4.9 by writing a MATLAB program that does the following: First, simulates rolling a D6 ten times. For each roll: Call your function to generate a number o Display that number to the screen Then simulates rolling a D20 three times. (Same procedure as above.)