5 cm
The box has a volume of 5400 cu. cm ( 329.5282 cu. inches ).
x<7.5 To find the maximum volume of the box: A square of side x inches is cut from each corner of the sheet and the remaining flaps folded up to make the topless box. The box therefore has a height of x", length of 20 - 2x and width of 15 - 2x. Volume is thus x * (20 - 2x) * (15 - 2x) ie 300x - 70x2 + 4x3 The volume is greatest when this has a maximum value: f(x) = 300 - 140x + 12x2 (or 12x2 - 140x + 300) Quadratic formula gives a value within the limit of x = 2.83 representing a box 14.34 * 9.34 * 2.83 ie 379.04 cu in.
Side = 3 units, volume = 27 cu units, side = 6 units, volume = 216 cu units. The side is increased by a factor of 2 and the volume is increased by a factor of 8, ie 23 If the side were increased by a factor of 3, we would thus expect the volume to increase by a factor of 33 ie 27, so: side 9 units, volume 729 cu units which is indeed 27 x 27. To summarise: the volume increases by the cube of the factor by which the side increases.
The cubic content of a box is calculated by multiplying its length, width, and height. For example, a box 12 inches long, 6 inches wide, and 5 inches high has a volume of 12 in x 6 in x 5 in = 360 cu in. This can also be written as 360 in3.
5 cm
volume cube = side^3 → side = cube_root(volume) = cube_root(1331 cu m) = 11 m
2 x 2 x 2 = 8 cu cm
Volume is measured in cubic units, but does not have to be a cube in shape itself. It can take on many different shapes - only the enclosed space matters at being 216 cu m. If it is a cube with that volume then: the length of each side is the cube root of 216 which is 6, ie 6 m along each side. If it is not a cube with that volume but a cuboid, it can have many different side lengths as long as when multiplied together to get the volume they produce 216 cu m, eg 1m by 1m by 216 m, 1 m by 2 m by 108 m, 1m by 6 m by 36 m, 2 m by 6 m by 18 m, and so on. Further, it does not have to be cuboid in shape, for example a sphere of radius cube_root(162/π) ≈ 3.722 m has a volume of 216 cu m.
You can have a box shape, with sides that have a length of any three numbers, as long as the product of these three numbers is one half.
As all the sides of a cube are of equal length then the volume = L3 where L is the length of a side. For a cube with a length of 10' the volume = 103 = 1000 cu ft.
Eight cubic feet - assuming you meant 24 inches on each side.
cubic ft is volume not length
The box has a volume of 5400 cu. cm ( 329.5282 cu. inches ).
Example (assuming that you have an even sided octagon): - height is 18" and L & W is 6 ". it's about 2 " per side of the octagon - Area of Octagon (A) = 4.828(a*a), where a = length of each side of the octagon Volume of Octagon = Area (A) * Height (H) So: Volume = 4.828(a*a)*H or 4.828(2"*2")*18" = 347.6 cu in 1 gallon = 231 cu in So: Gallons = 347.6 cu in * 1g/231 cu in = 1.5 gallons (5.7 liters) The conversion factor for imperial gallons is 277.42 cubic inches per Imperial gallon.
You can't do that. Cu Ft is volume and Ft is length - the units are not the same.
they are casting plugs you will find them on each side of the engine block below the heads