Assuming you are meaning a cylinder, then the volume: V= B x h or area of the base times the height. Assuming the base is a circle the formula becomes: V = pi x r2 x h tank is rectangular
No - kilograms are units of weight - not volume !
Volume is measured in cubic measurements, such as m3, cm3, ft3, etc... .
The answer depends on whether or not the tank has a geometric shape. If it has a shape that can be broken up into simply geometric shapes, each with a volume formula, you can calculate the volume of each section and add them together. Obviously that will not work with a random shape. In that case, you can fill the tank to capacity and then empty it out into measuring jars or flasks. Use the volume of the jars to calculate the volume of the tank.
58,320 units3
The oil tank equals 635 cubic inches to be exact. The conversion is based in US capacity of measure for liquid equals 4 quarts or 3.7 liters.
It depends on experience of different oil tank removal company.
No - kilograms are units of weight - not volume !
A liter is a measure of volume; we need to calculate the volume of the tank. For this we need to have all three measurements of the tank.
Sometimes there will be meters at a location with a pipeline installed to it. The oil is then pumped through the meter then measured. It becomes custody of the purchaser at that point, and is now sold.In other cases an oil truck will arrive on location and measure a quantity of oil in a tank, then hook his truck up to it and pump it in to his tank. When he is done, he will re measure the oil in the tank and calculated the volume he pumped on and leave a "run ticket"He then transports his load to their nearest off loading station to put un a large stock tank to sell down a major pipe line.
A "16 ft tank" does not tell us it's volume.
Volume is measured in cubic measurements, such as m3, cm3, ft3, etc... .
Measure its dimension in metric units.
Dip-stick
Liters cannot be converted to millimeters. Millimeters measure length, while liters measure volume.
The answer depends on whether or not the tank has a geometric shape. If it has a shape that can be broken up into simply geometric shapes, each with a volume formula, you can calculate the volume of each section and add them together. Obviously that will not work with a random shape. In that case, you can fill the tank to capacity and then empty it out into measuring jars or flasks. Use the volume of the jars to calculate the volume of the tank.
kg is a measure of weight; liter is a measure of volume
Use a variant of Archimedes Principle. Immerse the person completely in a tank of water (only do this for a short period of time, of course) and measure the rise in the water level and multiply by the area of the tank to get the change in volume.