Question: Solve the following code in python. Thank you 1. def divide_and_raise(numerator: int, denominator: int, power: int) -> float: TODO: write the function purpose, parameters,
Solve the following code in python. Thank you
1. def divide_and_raise(numerator: int, denominator: int, power: int) -> float:
"""
TODO: write the function purpose, parameters, and return value description here
""" return (numerator / denominator) ** power
2. def get_pi() -> float:
"""
TODO: write the function purpose, parameters, and return value description here
""" return 3.14159
3. def calculate_sphere_volume_m3(radius_m: float) -> float:
"""
TODO: write the function purpose, parameters, and return value description here
"""
return (4 / 3) * get_pi() * (radius_m ** 3)
4. def get_volume_diff_spheres(radius_sphere_a: float, radius_sphere_b: float) ->
float:
"""
get_volume_diff_spheres(radius_sphere_a, radius_sphere_b) calculates
the difference between two different radius spheres in cubic meters.
example: get_volume_diff_spheres(1.0, 1.0) -> 0.0
example: get_volume_diff_spheres(2.0, 1.0) -> 29.3215
TODO: fill in this function definition, making sure to call
5. calculate_sphere_volume_m3()
for each sphere in order to return the difference.
:param: radius_sphere_a: the larger sphere's radius in meters
:param: radius_sphere_b: the smaller sphere's radius in meters
:returns: the difference between the two sphere volumes
"""
pass #
TODO: delete and replace this line with your own code
def get_percent_smaller_spheres(radius_sphere_a: float, radius_sphere_b: float) ->
float:
"""
get_percent_smaller_spheres(radius_sphere_a, radius_sphere_b) calculates
what percentage the smaller sphere's volume is of the larger sphere's volume
example: get_percent_smaller_spheres(1.0, 1.0) -> 100.0
example: get_percent_smaller_spheres(2.0, 1.0) -> 12.5
TODO: fill in this function definition, making sure to call
6.calculate_sphere_volume_m3()
for each sphere so you can use it to calculate the percentage.
:param: radius_sphere_a: the larger sphere's radius in meters
:param: radius_sphere_b: the smaller sphere's radius in meters
:returns: the difference between the two sphere volumes in terms of percentage
of the larger sphere's volume
"""
pass #
TODO: delete and replace this line with your own code
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