Assignment 5. A function to compute the flow after a deflection angle

Write a function, say OSWFlow(U1,theta,T1, p1, theta), that gives for the flow 1 entering a deflection angle \(\theta\), the characteristics of the flow after the OSW. That is:

• Is there an OSW?

• \(\text{Ma}_1\) and \(\text{Ma}_2\)

• Angle of the OSW (\(\beta\))

• Flow conditions after the OSW: \(u_2\), \(T_2\) and \(p_2\)

Don’t forget to properly document the function.