The ceiling of a floating-point number x is the smallest integer that is still larger than or equal to x. Alternatively, the ceiling of a floating-point number x is what you get when you round x up to the nearest integer. For example, the ceiling of 2.1 is 3, the ceiling of 0.9 is 1, the ceiling of -4.5 is -4, etc.Write a function called ceiling() to compute the ceiling of a float input parameter that returns one integer value. You may not use python’s ceil() or floor() functions. Your function may use int()/float() functions, and the floor division operator (i.e., '//'). (2) The ceiling of a floating-point number x is the smallest integer that is still larger than orequal to x. Alternatively, the ceiling of a floating-point number x is what you get when youround x up to the nearest integer. For example, the ceiling of 2.1 is 3, the ceiling of 0.9 is1, the ceiling of -4.5 is -4, etc.Write a function called ceiling() to compute the ceiling of a float input parameter thatreturns one integer value. You may not use python's ceil() or floor() functions. Yourfunction may use int()/float() functions, and the floor division operator (i.e., '//').

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Chapter6: Modularity Using Functions

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The ceiling of a floating-point number x is the smallest integer that is still larger than or equal to x. Alternatively, the ceiling of a floating-point number x is what you get when you round x up to the nearest integer. For example, the ceiling of 2.1 is 3, the ceiling of 0.9 is 1, the ceiling of -4.5 is -4, etc.

Write a function called ceiling() to compute the ceiling of a float input parameter that returns one integer value. You may not use python’s ceil() or floor() functions. Your function may use int()/float() functions, and the floor division operator (i.e., '//').

(2) The ceiling of a floating-point number x is the smallest integer that is still larger than or
equal to x. Alternatively, the ceiling of a floating-point number x is what you get when you
round x up to the nearest integer. For example, the ceiling of 2.1 is 3, the ceiling of 0.9 is
1, the ceiling of -4.5 is -4, etc.
Write a function called ceiling() to compute the ceiling of a float input parameter that
returns one integer value. You may not use python's ceil() or floor() functions. Your
function may use int()/float() functions, and the floor division operator (i.e., '//').

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