You can have a box shape, with sides that have a length of any three numbers, as long as the product of these three numbers is one half.
54 feet 4 inches
The problem is to convert cubic feet to liters. Starting with 1 cu ft = 28.3168 liters 2 ft x 1 ft x 1 ft tank volume = 2 cu ft capacity If tank is only half full that would be 1 cu ft of water which = 28.3168 liters
Cubic feet (cu ft) is a measure of volume, representing the amount of space an object fills. Pounds (lbs) is a measure of weight, representing the force of gravity acting on an object. So, cubic feet measures volume, while pounds measure weight.
Half of 5 ft on a tape measure would be 2.5 ft. This is because half of any number is obtained by dividing it by 2. In this case, dividing 5 ft by 2 gives us 2.5 ft. So, half of 5 ft on a tape measure is 2.5 ft.
You cant. Cubic feet has an extra dimension. Square feet=lengthxwidth Cubic feet=Lengthxwidthxheight i dont know if this is reliable or not... http://www.onlineconversion.com/faq_01.htm This is a nonsensical question. You must specify the Depth to which you are spreading material over the 64 sq ft. For example, 21.3 cu ft can be spread to a depth of 4 inches over 64 sq ft. Example calculation: 64 sq ft x(4/12) ft = 21.3 cu ft
100 cu ft × 2 = 200 cu ft.
sq feet to sq yards cu ft to cu yards you need depth added to your sq ft to get cu ft such as 70 sq ft x 4 in deep = 23.33 cu ft =.086 cu yd
If the dimensions given are inches, there are 49.11 cu. ft. If they are in feet there are 84,864 cu. ft.
There are 27 cubic feet in a cubic yard.
Any length you want (greater than zero).Or to put it another way:cubic feet are a measure of volume; whereashow long something is is a measure of lengththey measure different things.If you have a 10 cu ft box, 1 ft by 2 ft by 5 ft which side represents how long it is?Alternatively, the 10 cu ft box could be 4 in (1/3 ft) x 10 ft by 3 ft; now how long is it?
1.30 x 1 cu ft = 1.3 cu ft
You measure height, width and depth (in feet), then multiply. I believe the "cubic feet" refers to what fits inside, i.e. the usable volume, so you'll have to measure on the inside.