Create a time vector t = [0:2]; and a squarewave signal with a period of 1. sw = (1 + square(2*pi*1*t))/2; and plot the squarewave as a function of…

Create a time vectort = [0:0.001:2];and a squarewave signal with a period of 1.sw = (1 + square(2*pi*1*t))/2;and plot the squarewave as a function of time.Approximate the squarewave with the Fourier SeriesWhere T is the period of the squarewave.Use a looping structure using a for statement to evaluate the Fourier Series. Plot the squarewave and the Fourier Series approximation for N = 0, 1, 3, etc. and observe how the series converges. For each figure provide a legend that will identify the traces.Organize the program in sections.

Give us your instructions.
Select the type of service you need: writing, calculations, or programming. We’ve created an intuitive order form that tells you what information to enter and where, so make sure to fill out each required field. Also, make your requirements as specific as possible. Don’t rush! Take your time and explain everything in detail how it works.

Proceed to checkout and enter your credit card details or PayPal login, how to pay. Follow the payment provider’s instructions to confirm the transaction.
Now your order is in our system! We’ll start processing it right away.