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.
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
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.
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.
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 cu ft = 0.037037 cu yeard
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.