THIS IS A PYTHON QUESIOTN

# YOUR SOLUTION GOES HERE

"Check that riemann_left returns the correct type." assert type(mid_riemann(0,2,1,10)) == np.float64, "Return type should be a NumPy float." print("Problem 3 Test 1: Success!")

"Check that riemann_left returns the correct values." assert mid_riemann(0,2,1,1) == 1/2 print("Problem 3 Test 2: Success!")

Problem 3 (5 points) Write a function called mid_riemann which takes input parameters a, b, m and N and returns the Riemann sum approximation (with midpoints and N subintervals) of the integral r" dx a (l +x2)2 Problem 3 (5 points) Write a function called mid_riemann which takes input parameters a, b, m and N and returns the Riemann sum approximation (with midpoints and N subintervals) of the integral r" dx a (l +x2)2