1. (5 points) The circuit shown below is an RC If we apply a sinusoidal input voltage, V, the V. out output voltage, V, will be sinusoidal as well. The in frequency of Vourand V will be identical, but the amplitude and phase angle of Vour will vary from VN as described by. rvn A sin(wt) then Von A, sin(wt + The frequency response plot is a plot of A/A versus . The ratio of Ao / A is referred to as a "transfer function" (how much of the amplitude of the input is "transferred" to the output), It is usually plotted on semi-log paper. In ENGR 204 and ENGR 251 the equation that describes the transfer function is: where H- the ratio of A/A (RCo) Usually His expressed in decibels as He-20 log10 (H) = 20 log10 I (RCo) The phase angle, , can be expressed as =-tan-1 (RCu) Write a MATLAB script that will ask the user for the following information: a. b. c. d. The resistance R (in ohms) The capacitance (in farads) The starting frequency (w) in radians/sec The ending frequency (w2) in radians/sec After the user enters the above data use the subplot command to plot two charts: the transfer function Hos and the phase angle as functions of on semilog graphs. rad/sec, and 1 Mrad/sec you should generate the plots to the left Make sure your plots have the same overall title and x/y-axis titles as the graphs to the left for full credit