(All side's of congruent) Then volume=S2.So just take the cube root of the volume.
The density and the mass have no bearing on the length as they can vary no matter the size of the cube.Volume does have direct bearing.
To calculate the volume of a pipe, you can use the formula for the volume of a cylinder: Volume = πr^2h where r is the radius of the pipe and h is the height (length) of the pipe. Measure the radius and length of the pipe, plug them into the formula, and solve for the volume in cubic units.
The dimensions of a standard 20' General Purpose container are: Length: 5.919m Width: 2.340m Height: 2.380m To calculate the volume in cbm multiply the length x width x height: 5.919 x 2.340 x 2.380 = 32.96cbm Practically though, the usual maximum loading volume is around 28cbm, depending on the size of the cartons you are sticking in it. You can hardly ever pack it right to the edge and the top. For a 40'GP:- Length: 12.051m Width: 2.340m Height: 2.380m 12.051 x 2.340 x 2.380 = 67.11cbm The same applies when loading as with a 20', drop roughly 5cbm to be safe with your capacity if you are planning a shipment.
You can solve this in two steps. (1) Calculate the ball's volume. Use the formula for a sphere, and remember that the radius is 1/2 the diameter. Convert the result it either to cubic decimeters (= liters) or to cubic meters. (2) Divide the mass by the volume.
To solve for volume, use the formula V = L x W x H, where L is length, W is width, and H is height. Substituting in the given values (10cm for L, 5cm for W, and 2cm for H) gives you the volume. To find density, use the formula Density = Mass / Volume. Substituting the values (300g for Mass and the calculated volume) gives you the density.
The volume of a balloon is proportional to the pressure it is under, so if the volume is 6 cubic inches at 99 feet, it would have a different volume at 33 feet. To find the new volume at 33 feet, you would need to use Boyle's Law, which states that the initial pressure times the initial volume equals the final pressure times the final volume. So, you would use the formula P1V1 = P2V2 to solve for the new volume at 33 feet.
The volume of a cube is a side cubed. V=S3 So, to find the length of a side, solve for S, to find that the side equals the cube root of the volume. Ex: Volume=8 cubic meters Then 8=S3, therefore s=2 meters.
you can't Square meters are a measure of area, cubic meters are a measure of volume. If you were told a cube has an area of 1064 square meters what is it's volume? then you could solve it but that is not what you have asked!
It is: cross-section area*length and measured in cubic units
For a cuboid, Volume = Length * Width * Height = 0.25*6.1*4.9 = 7.4725 m3
A cubic centimetre is a measure of volume. There is nothing to solve.
To calculate the volume of a pipe, you can use the formula for the volume of a cylinder: Volume = πr^2h where r is the radius of the pipe and h is the height (length) of the pipe. Measure the radius and length of the pipe, plug them into the formula, and solve for the volume in cubic units.
To find the length of a side of a cube given its volume, you can use the formula for the volume of a cube, which is ( V = s^3 ), where ( s ) is the length of a side. To solve for ( s ), take the cube root of the volume: ( s = \sqrt[3]{V} ). For example, if the volume is 27 cubic units, the length of a side would be ( \sqrt[3]{27} = 3 ) units.
You multiply them together. Length x Width X Height = Volume.
To determine the value of ( q ) related to the volume of a triangular prism, we need additional information such as the base area of the triangle and the height of the prism or a specific formula connecting these variables to ( q ). Without that context, it's not possible to solve for ( q ) directly just from the volume of 2223 cubic meters. Please provide the necessary details or formula.
The question does not have any sensible answer. A cubic foot is a measure of volume, while a foot is a measure of distance. It makes absolutely no sense to even try to convert from one to the other.
The formula for volume is length x width x height = volume. So if you take the volume and divide it by the length and width it should give you the height.
Use the ideal gas equation to solve this. PV= nRT. You will have to convert your pressure to atmosphere to use the constant R = 0.0821 L*ATM/mol*K. You know your initial pressure, volume, and temperature. Moles can be neglected (n) because they will stay the same. You also know your final pressure and final volume, so you can solve for final temperature.