The relationship between frequency for a digital filter, Ohm (rad/sec), and an a

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The relationship between frequency for a digital filter, Ohm (rad/sec), and an analog filter, omega (rad/sec), is: omega = 2/T tan (Ohm t/2) Create a script file and separate function file to do the following: Use the f zero function in Matlab to find the value of T (seconds) which yields the following values for the frequencies: omega = 2 pi 60 (rad/sec) and Ohm = 258.2131 (rad/sec). Don't use the version of f zero found in the Optimization Toolbox. Use the one demonstrated in class, which is available in basic Matlab. Set the f zero options to display the iterations. Once your codes are working, turn the diary on and save the command window output to turn in along with your script and the function it calls to do this problem. Also, plot omega on the vertical axis versus Ohm on the horizontal axis over - 3 pi/4 T lessthanorequalto Ohm lessthanorequalto + 3 pi/4T (rad/sec) using the value of T you found.

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