Im not understanding this python code

s = 69704723

This question shows how to use the area of rectangles to estimate the definite integral of a function. Consider the definite integral, f(x) dz Divide the interval fron 1-a tol-b into n equal subintervals of length 1 each. Let ck be the midpoint in the k-th subinterval. For example, ci-a + ca-a + 1. . . . and c"-b-t Then the definite integral can be approximated by Recall that this is just the midpoint Riemann sum in Calculus1 Now take f(1)-12 and end points a 0, b-10. Approximate 10 using the above method. Requirement: define a function with name "Approxintegral" ### Solution to Question 2 def Approx.integral(n) Your codes The input n to the function is the number of subintervals used to approximated the definite integral. The function should return the above sum J(G). You should choose the number n such that E/(c.lar, r) da somi 0.001 Write the number n explicitly in the code. Note this implies that the error between the true value and the approximated value is tiny. The true value can be computed easily