V=V7-V = 50 m/s 2 mm x 40 cm Vi = 80 m/s S Water 30 RE Vo = 30 m/s R Study the example as show above. Listed below is a short MATLAB code that will help to solve the problem. Example 4.16 teta = input ('What is the angle in deg?') teta = teta* 3.1415/180 js = input ('What is the jet speed in m/s?') bs = input('What is the speed of blade to the right? ') vr = js-bs q = input('What is the flow rate in kg/s?') Rx = -q*vr* (vr*cos(teta)-vr) Ry = q* (js-bs) * (50*sin(teta)) Rerun the code for different angles ranging from 0 to 180 degrees. a) Plot the forces versus vane angles b) Plot the power output versus vane angles and discuss the results. c) What is the angle to extranct maximum power from the jet? V=V7-V = 50 m/s 2 mm x 40 cm Vi = 80 m/s S Water 30 RE Vo = 30 m/s R Study the example as show above. Listed below is a short MATLAB code that will help to solve the problem. Example 4.16 teta = input ('What is the angle in deg?') teta = teta* 3.1415/180 js = input ('What is the jet speed in m/s?') bs = input('What is the speed of blade to the right? ') vr = js-bs q = input('What is the flow rate in kg/s?') Rx = -q*vr* (vr*cos(teta)-vr) Ry = q* (js-bs) * (50*sin(teta)) Rerun the code for different angles ranging from 0 to 180 degrees. a) Plot the forces versus vane angles b) Plot the power output versus vane angles and discuss the results. c) What is the angle to extranct maximum power from the jet