Using rng.random, create a 10^7×3 NumPy array containing random real numbers between 0 and 2. (Don't use any loops.) Name the resulting array A. You should think of each row of this array as corresponding to one experiment, and you should think of the three columns as corresponding to the x-value, the y-value, and the z-value. Count how many rows of A satisfy the property x^2 + y^2 > z. Python

Using rng.random, create a 10^7×3 NumPy array containing random real numbers between 0 and 2. (Don't use any loops.) Name the resulting array A. You should think of each row of this array as corresponding to one experiment, and you should think of the three columns as corresponding to the x-value, the y-value, and the z-value. Count how many rows of A satisfy the property x^2 + y^2 > z.

Python