# this is a python 3 problem. Suppose you are installing a large concrete floor for a newbuilding.

this is a python 3 problem. Suppose you are installing a large concrete floor for a newbuilding. The floor has a specific width, length and height. Youneed to order several lorries with concrete for this floor. Eachlorry can carry a specific amount of concrete. The part of thelorry that holds the concrete is cylinder-shaped. The cylinder’svolume is given by the following formula: volume = radius * radius * 3.14159 * length All the lorries of your supplier carry cylinders with the sameradius and length. The problem is to write a program that calculates how manylorries you need to order, given the size of the floor (based onits width, length and height) and the capacity of the lorries(based on the radius and length of cylinder). Assume that: the unit used for floor width, length and height, and thecylinder length and radius is the same. you can only order lorries that have a cylinder completelyfilled with concrete. You cannot order a lorrywith a cylinder that’s only half full. To solve this problem, you will need to round up a number. Youcan use the function float_rounded_up() def float_rounded_up(float):
“””Round up a float to the nearest integer”””
integer = int(float)
if int(float) != float:
integer = int(float + 1)