You'd also need to specify what kind of shape you are considering.
Volume = (height)(area base)
You need to know the area of that cross-section. Once you have that number, the volume of the box is the product of (cross-section area) x (height).
Volume of a cone = 1/3*pi*radius2*height
Volume = Area of base x height
The volume of any right prism (the floor and ceiling are identical in shape) = Base area * heightSA = BA + LASA = BA + phLA=ph
Make the height the subject of the fornula for the volume or surface area of the cylinder
Not enough information. The volume is the base area times the height; the height is therefore the volume divided by the base area.
Find the area of the base and divide by the volume and that should give you the height.
You don't. You need the height and the area of the base to find the volume.
Multiply the base area by the height.
To find the height of a three-dimensional object when given its base area and volume, you can use the formula for volume: ( V = \text{Base Area} \times \text{Height} ). Rearranging this formula, the height can be calculated using ( \text{Height} = \frac{V}{\text{Base Area}} ). Simply divide the volume by the base area to obtain the height.
The volume of a cylinder is found by multiplying the area of its base times its height.
By dividing its cross-section area into its volume
Well, if length x width x height is volume, and length x width is area, then divide volume by area and you should get the dimension for height. (I think).
To find the volume of a hexagonal prism, you can use the formula: Volume = Base Area × Height. First, ensure you have the area of the hexagonal base and the height of the prism. Multiply the area of the base by the height to obtain the volume. This formula applies to any prism, as long as you know the base area and height.
Presumably it's a cone or a pyramid: 1/3*base area*height = volume Make the base area the subject of the formula: base area = (volume*3)/height
you have to multply lenght times width