a) Create an array that starts with the element 45 , ends in 435 (including it), and steps by 13 (i.e., 45,58,,422,435 ). Assign the array to a variable named first_array . \# YOUR CODE HERE raise NotimplementedError ( ) b) Create an array that starts in 5, ends in 2.5, and has 77 elements equally spaced. Assign the array to a variable named second_array . c) Given two arrays, array_one and array_two, use slicing to divide element-wise the 31 st to 77 th elements of array_one with the 2 nd to 48 th elements of array_two, assign the resulting array to a variable named slice_div . Hint: the index of the 1st element in an array is 0 in Python. \# DO NOT MODIFY THIS CELL numpy.random.seed(104) array_one = numpy.random.rand (100) array_two = numpy.random.rand (100) : \#YOUR CODE HERE raise NOtImplementedError () d) Given the following arrays, create an array named op_array that is the result of the following operation, (24.3y)3x2+3.8y