Write a script to find the Vs equivalent of the alternating waveform v(t) = 35sin (377t) Understand that the x-axis is now in time, not angle. Find the time period corresponding to one cycle of alternating waveform. Define 10 time points for one cycle of the signal. For each point of time find the corresponding v(t) Use the discrete version of the RMS formula to find the Vrms value. Plot both v(t) and Vrms in the same figure for one cycle of the alternating waveform. Use appropriate labels and line customizations. (Hint: To produce a horizontal line in for the Vrms value, use ones () function and multiply by Vrms value) Activate Windows Go to Settings to ast Window