Write code to complete raise_to_power(). Note: This example is for practicing recursion, a non-recursive function, or using the built-in math.pow(), would be more common.

Sample output with inputs: 4 2

4 ^ 2 = 16

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Learn how our autograder works 1 def raise_to_power (base_val, exponent_val): if exponent_val 0: 120450700 8 result val = 1 else: result val =base_val return result_val 9 user_base = int(input()) 10 user_exponent = int (input()) 11 * Your solution goes here ''' 12 print('[^{} = {}'.format(user_base, user_exponent, 13 raise_to_power (user_base, user_exponent))) Run Learn how our autograder works 1 def raise_to_power (base_val, exponent_val): if exponent_val 0: 120450700 8 result val = 1 else: result val =base_val return result_val 9 user_base = int(input()) 10 user_exponent = int (input()) 11 * Your solution goes here ''' 12 print('[^{} = {}'.format(user_base, user_exponent, 13 raise_to_power (user_base, user_exponent))) Run