Volume = pi*52*10 = 785.398 cubic feet to 3 decimal places
Volume of a cylindrical tank 8 feet in diameter and 8 feet tall is pi x 16 square feet (radius squared) x 8 feet (height) = 402 cubic feet.
Volume = 5.23599 in3
The volume of this cylinder is 3,887.7 cubic feet.
1 liter = 1/1000 m3 ⇒ 1000 liters = 1 m3 volume_of_cylinder = π x (diameter/2)2 x height ⇒ diameter = 2 x √(volume/(π x height)) = 2 x √(1/1.5π) ~= 0.92m (or 92cm).
942in3
it is 10ft tall.
Volume of a cylindrical tank 8 feet in diameter and 8 feet tall is pi x 16 square feet (radius squared) x 8 feet (height) = 402 cubic feet.
10ft
The question cannot be answered. Is it about the diameter of the container from which the liquid is poured or of the cups? Is the shape cylindrical (and if so, how tall?) or is it spherical?
Volume = 5.23599 in3
The volume of this cylinder is 3,887.7 cubic feet.
10ft tall because she is a giant
1 liter = 1/1000 m3 ⇒ 1000 liters = 1 m3 volume_of_cylinder = π x (diameter/2)2 x height ⇒ diameter = 2 x √(volume/(π x height)) = 2 x √(1/1.5π) ~= 0.92m (or 92cm).
942in3
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To find the volume of a cylindrical water tank, you can use the formula ( V = \pi r^2 h ), where ( r ) is the radius and ( h ) is the height. The diameter is 10 feet, so the radius ( r ) is 5 feet. Plugging in the values, the volume is ( V = \pi (5^2)(20) = \pi (25)(20) = 500\pi ) cubic feet. This is approximately 1570.8 cubic feet, which is the tank's capacity.
There are infinitely many possible combinations - ranging from tall thin containers to short wide ones.