Each sphere has a volume of about 0.0003 cubic yards and 6/0.0003 = 20,000 spheres
A 100 (US liquid) gallon cube is 23100 cubic inches. The maximum proportion of a cube which can be filled by spheres, using cubic closed packing or hexagonal close packing is approx 74.05%. Consequently, the spheres can occupy at most 17105 cubic inches. This volume implies a maximum of 335 spheres.You cannot divided the volume of the cube by the volume of each sphere because spheres can never occupy all the space in any shape.
The volume is 23,430 cubic inches which would require 101.4 gallons to fill.
It would take approximately 0.85 cubic meters of helium to fill a 3 ft balloon.
The total volume of punch that can fill 100 cups with heights of 3.6 inches and circular bases of 2 inches in diameter, in the shape of a cone is: 377 cubic inches. (about 1.63 gallons of punch)
cylinder 18 feet diameter x 1.5 feet deep volume = 381 cubic feet
The number of cubic units to fill a sphere is its volume. Volume of a sphere: 4/3 times pi times radius^3
The volume of a of a 3-d object is the number of cubic needed to fill the object.
Volume required = pi*r2*h = pi*32*16 = 452.4 cubic feet
Volume
It is the volume of the object.
First you have to calculate the volume (cubic capacity) of the container and then multiply by the number of gallons per cubic foot. Formula for calulating volume is radius-squared x pi x depth: 1.5-squared x 3.1416 x 5 = 35.343 cubic feet. There are 7.481 gallons per cubic foot, Hence, 35.343 x 7.481 = 264.40 gallons to fill the container.
That's the "volume" of the space.