It depends on the shape of the tank.
Well, honey, to find the length, width, and height with the volume, you'll need to know the formula for the shape you're dealing with. For a rectangular prism, you can use the formula V = lwh, where V is the volume, l is the length, w is the width, and h is the height. Just plug in the volume and two of the dimensions, then solve for the third. Easy peasy lemon squeezy!
if the concentration of sugar solution of volume of 360 cm3 cube is 0.785 mol/ dm3 has the mass of 25g of sugar present in the solution. work out for the mole of the sugar content in the solution.
Work Output=Resistance X Distance
Work (joules) = force (newtons) * distance (metres)
A graduated cylinder may be used for small objects that are insoluble in a selected liquid. But that method would not work for determining the volume of a sugar cube (soluble in water) or a motor car (won't fit in a graduated cylinder!).
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.
There is no formula for finding the volume of an irregular solid. One method is water displacement which works as follows: Fill a graduated container with water and read off the volume of water. Then you submerge the irregular shaped solid in the water and measure the volume inside the container again. The difference between the two levels is the volume of the solid. This clearly cannot work for solids that are soluble in water. Other fluids may have to be used in such cases. Also, it will not work if the solid floats on water, but in that case you can submerge it using additional weights (whose volume you have measured).
> Best work with cubic feet, first calculate the volume of the tank in cubic feet: = Length * width * height (all dimensions in feet) Then : For US gallons, multiply volume (cubic feet) by 7.4805 For UK gallons, multiply volume (cubic feet) by 6.2288
If you refer to a copper coin, simply place it in a measuring glass of water and work out the difference between the start and final volumes; that is the volume of the coin.
1 meter high, 1 meter wide, 2 meters long. The tank is only half full of water.
You replace the radius in the formula, and do the calculations, to obtain either the volume or the area, depending on what formula you are talking about.
If the oval tank is standing with the water level parallel to the oval bottom then the surface area of the oval times the water depth is the volume. V = A x h Oval is an unprecise term. If you had said elliptical it would be easier knowing the major and minor axes. If the tank is lying down, or at any other angle than standing up, with the water surface NOT parallel to the oval bottom it becomes rather difficult.
The formula to calculate the work done by a gas in a thermodynamic process is: Work Pressure x Change in Volume
Because nothing else works.
A cubit equals 1.5 feet so a cubit foot is a measure of area in 2-dimensional space, not of volume. A pump cannot work at a rate of area - it needs to be measured in volume. Consequently, the question cannot be answered.
Because when working out volumes the answer is given in cubic units and the radius in the formula for finding the volume of a sphere is cubed: Volume of a sphere in cubic units = 4/3*pi*radius3
Water displacement works by calculating the volume of water displaced by submerging an object. This volume corresponds to the volume of the object that was submerged.