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∙ 14y ago36 cu m
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∙ 14y agowork out the volume of the cube using length x width x height. If the 2-D measurements are in metres then convert the volume units into gallons. m3
In a rectangular aquarium, multiply the length, width, and height in inches and then divide the answer by 231 to get the amount of gallons the tank can hold.
The volume of water in a pool is caculated as followed Vol = area X Depth X 7.5 = gallons of water where as area is equal to width x length ( which is 18 x 33 ) so you need height or depth to finish the equations
Unfortunately you cannot calculate the amount of water a container can hold without knowing a third dimension. In order to find the volume of water that would be needed to fill a tank you'd need length, width, and height.
5 7/8 cubic feet
You need another dimension to figure out how much water it can hold, you need the height, length, and width.
The amount of water a 10 cm length can hold depends on the dimensions of the container it is in. If it is a symmetric shape like a cylinder or rectangular prism, you would need to provide the width and height of the container in addition to the length to calculate the volume and hence the amount of water it can hold.
The volume of ANY solid with linear sides is calculated in the same way. LENGTH x WIDTH x DEPTH! volume of the liquid = (length X breadth X height) of the rectangular box length x width x height = volume 12 inches x 6 inches x 8 inches = 576 cubic inches
A rough (high) estimate will use the volume of a rectangle. 155.42 US gallons
Cargo hold
no, i cant answer that because i need the width and length too
Just multiply length x width x height.
work out the volume of the cube using length x width x height. If the 2-D measurements are in metres then convert the volume units into gallons. m3
In a rectangular aquarium, multiply the length, width, and height in inches and then divide the answer by 231 to get the amount of gallons the tank can hold.
The volume of water in a pool is caculated as followed Vol = area X Depth X 7.5 = gallons of water where as area is equal to width x length ( which is 18 x 33 ) so you need height or depth to finish the equations
Unfortunately you cannot calculate the amount of water a container can hold without knowing a third dimension. In order to find the volume of water that would be needed to fill a tank you'd need length, width, and height.
length X width by avg depth x 4.5 if a rectangle