Write a function that computes th nth root of a number, where n can be an integer from 2-9. Your function should be named calculate_root, take two input arguments (n and the number to take the root of), and return a statement giving the result.

Your input and output in the command window should look like this:

calculate_root(2,16)

The square root of 16.0000 is 4.0000

calculate_root(3,27)

The cube root of 27.0000 is 3.0000

calculate_root(4,16)

The fourth root of 16.0000 is 2.000

Think about the limits on the roots allowed. How can you ensure that the input values for n are from 2 to 9 only? Return an error if somebody tries to take a root that's less than 2, greater than 9, or not an integer.

end Now, it's your turn (again). Write a function that computes the nth root of a number, where n can be an integer from 2 to 9. Your function should be named calculate root, take two input arguments (n and the number to take the root of), and return a statement giving the result. Your input and output in the Command Window should look like this: > calculate root (2,16) The square root of 16.0000 is 4.0000 >> calculate root (3,27) The cube root of 27.0000 is 3.0000 >> calculate root (4,16) The fourth root of 16.0000 is 2.0000 Think about the limits on the roots allowed. How can you ensure that the input values for n are from 2 to 9 only? Return an error if somebody tries to take a root that's less than 2, greater than 9, or not an integer Are there other limitations on roots? Build in errors (with informative messages) to catch them