Cube Volume = X3 The height would have to equal X All you would do is Volume/Height. Thus, you would get x3/X = X2
The volume is proportional to the cube of the height.
If the height of a cube doubles and becomes a square prism instead of a cube, four of the six original equal area surfaces double in area, but the other two are unchanged. Therefore the area of the square prism is (2/3) X 2 = 4/3 as great as the original cube. If the original object is to remain a cube when its height doubles, all the other dimensions must also double; in that instance, the area increases by a factor of four.
length by width by height
Length*width*height
You just cube the height....like height to the 3rd power (height*height*height)
Since: Volume = height x base Height = Volume / Base
To find the mass of a cube by multiplying the density times the volume of the cube. The volume can be found by multiplying the height times the height times the length.
Volume of a cube = height * length * width, where height = length = width, so volume = side3. Thus (20cm)3= 8000cm3
It is 8 inches. If it is a cube then length and width and height is the same Lenght times width times height is volume So height is the cube root of 512 = 8 I used a calculator to get the cube root
It will be the cube root of 26
Cube Volume = X3 The height would have to equal X All you would do is Volume/Height. Thus, you would get x3/X = X2
The volume is proportional to the cube of the height.
The volume of this cube is 64 cubic inches.
if the volume of a cube = 15, the side = cube root (volume) = cube root (15) = 2.466
If the height of a cube doubles and becomes a square prism instead of a cube, four of the six original equal area surfaces double in area, but the other two are unchanged. Therefore the area of the square prism is (2/3) X 2 = 4/3 as great as the original cube. If the original object is to remain a cube when its height doubles, all the other dimensions must also double; in that instance, the area increases by a factor of four.
length by width by height