2. Here is some Python code implementing a Monte Carlo "area between curves" method import random counter - 0 numDarts - 100 for n in range(O, numDarts): under False a-random.uniform(0,1) b-random.uniform(0,1) underTrue counter-counter+ 1 print("Dart number", n, "landed at the point (",a,",",b, ").") print("It is", under, "that this dart was under our parabola.") print("Thus the area estimated by ", numDarts, "darts is ", 1.0*counterumDarts) Annotate the code above. That is, make handwritten comments next to each line describing what the code is dong. How does the area it found compare to the exact area you found above? 2. Here is some Python code implementing a Monte Carlo "area between curves" method import random counter - 0 numDarts - 100 for n in range(O, numDarts): under False a-random.uniform(0,1) b-random.uniform(0,1) underTrue counter-counter+ 1 print("Dart number", n, "landed at the point (",a,",",b, ").") print("It is", under, "that this dart was under our parabola.") print("Thus the area estimated by ", numDarts, "darts is ", 1.0*counterumDarts) Annotate the code above. That is, make handwritten comments next to each line describing what the code is dong. How does the area it found compare to the exact area you found above