Please write it in Matlab.

Suppose you are interviewing for an engineering position with FitBit. During the interview process, your potential employer wants to determine your competency in basic signal processing. You are given 5 different pseudo-pulse signals collected from one of Fitbit's watches. Assume each of the signals is a different time-dependent sine wave i.e. y is a function of time) that varies in amplitude (A). All plots should be on a single axes in a single figure. Please submit your code as a .doc or .pdf in addition to a .m each having the same file name, [YourLastName]_[YourFirstName]_SignalProcessing. Include an image of the figure in the .doc or .pdf. y(t) = A, sin(2 * 50 * t) A, = 11 Ag = 100 ,5 A,-12 A4-14 i= 1, Part) Plot each signal y(t) from t 0 to t 0.02 seconds in time steps of 0.001. Each signal should be plotted in a different color. Label your axis. Assume the units of y are in microvolts. Part I) Locate the minimum and maximum of each signal. Plot an asterisk at the maximum and minimum peak of each signal. The color of each asterisk should be the same as the corresponding signal. Part II) Calculate the average across all 5 signals. Plot y(t) in a new color with a line thickness -2.0. Also, plot a triangle at the maximum and minimum peak of (t) Part IV.) (Extra Credit) Determine which of the 5 signals is a statistical outlier by finding the signal that has an Amplitude more than one standard deviation from the average signal y(t) you calculated in Part III Remove this signal and calculate the average across the remaining 4 signals. Plot this new average y(t) using a new color with a line thickness = 3.0. Also, plot a square at the maximum and minimum peak of the new y(t)