Yannick is putting jelly candies into two containers. One container is a cylindrical jar with a height of 33.3 centimeters and a diameter of 8 centimeters. The other container is spherical. Yannick determines that the candies are cylindrical in shape and that each candy has a height of 2 centimeters and a diameter of 1.5 centimeters. He also determines that air takes up 20% of the volume of the containers. The rest of the space will be taken up by the candies.

After Yannick fills the cylindrical jar with candies, what will be the volume (in cubic centimeters) of the air in the cylindrical jar (rounded to the nearest cubic centimeter)?
cm^3cm
3

What is the maximum number of candies that will fit in the cylindrical jar?
candiescandies
The spherical container can hold a maximum of 280 candies. Approximate the length of the radius (in centimeters) of the spherical container (rounded to the nearest tenth.)
cmcm
Yannick is filling the cylindrical container using bags of candy that have a volume of 150 cubic centimeters. Air takes up 10% of the volume of each bag and the rest of the volume is taken up by candy. How many bags of candy are needed to fill the cylindrical container with 260 candies? QUESTION4