Take the length of one side and multiply it by itself - this give you the area of one side. Then multiply it by itself again to give you the area of the cube. For example, if the length of one side was 4cm, you would do 4x4x4, giving you 64 centimetres cubed.
The answer is 4.
An ice cube is solid, and contains little gas although there could be air bubbles inside the ice.
The volume is how much space is inside the cell. The ratio is the surface area divided by the volume. This indicates how much surface area is available compared to how big the cell is.
it depends on the temperature inside or outside
Think of it as the difference in moment of inertias for two solid cubes. Calculate the moment of inertia of a solid cube with dimensions equal to the inner dimensions of your hollow cube. Then calculate the moment of inertia of a solid cube with dimensions equal to the outer dimensions of your hollow cube. Subtract the moment of inertia of the inner dimensions from the moment of inertia of the outer dimensions to get the moment of inertia of what's left. Same concept applies to finding the area of a thin-walled circle. Outer area - inner area = total area. Outer moment of inertia - inner moment of inertia = total moment of inertia. This approach won't work however if you're considering hollow shell - a cube with walls of zero thickness. If the axis of rotation goes through the cube center, perpendicular to one of its walls, first calculate moment of inertia of the wall that the axis passes through (let's call it Ia). For all equations below d equals surface density(mass per unit of area) and a is length of cube's side. Ia= d * a4 / 6 Then you have to calculate moments of inertia of four walls parallel to the axis. This will be Ib=4 * Iwall=4*d*a4/3. Total moment of the shell will be then: I=2*Ia+Ib=1.5*d*a4. If the axis is through the center and ┴ one face, I = (m/6)*[a² - (a-t)²], or I = (m/6)(2at - t²) for any value of t, however small. Source: CRC Std Math Tables
Total surface area of a cube: 6 times a side squared
Multiply the area of one of its faces by 6
Total Surface Area = 6L2. Where L = the length of one side of the cube.
If a cube has sides of length x cm then area = 6x2 cm2 and volume = x3 cm3
height x length x deaph
lateral area of a cube is consisting of 4 times the area of each face, so first calculate the area of a face (side2) then multiply by 4
6x3.2x3.2
Surface area if a cube with six sides can be calculated by finding the surface area of one side and then multiplying the result by 6.
The Cube has 6 surfaces to cover it, and consider each side as "a" ; therefore the formula is 6 a 2 ..
6*s2 where s is the length of an edge.
From the surface area, calculate the length of each side: area = 6 x side2.Once you know this side, you can get the cube of it, to obtain the volume.
A square has an area not a volume. Here are some equations for a cube and a square area of a square = length² volume of a cube = length³ Remember that units are very important.