Please include matlab code.

Consider Simpson's 1/3 and 3/8 Rule: a. Use Simpson's 1/3 Rule for the sequence of points from t(1) - t(9). b. Use Simpson's 3/8 Rule for the sequence of points from t(1) - t(12). C. Estimate the volume of fluid (Liters) drained over the entire period by combining the sums of Simpson's 1/3 and 3/8 Rule. (1000 L= 1 m3) d. Display the amount of the volume drained from the tank using MATLAB's built-in function fprintf. (include units) Consider Simpson's 1/3 and 3/8 Rule: a. Use Simpson's 1/3 Rule for the sequence of points from t(1) - t(9). b. Use Simpson's 3/8 Rule for the sequence of points from t(1) - t(12). C. Estimate the volume of fluid (Liters) drained over the entire period by combining the sums of Simpson's 1/3 and 3/8 Rule. (1000 L= 1 m3) d. Display the amount of the volume drained from the tank using MATLAB's built-in function fprintf. (include units)