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
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.
Well, isn't that just a fun little math problem! To find the side length of a cube with a volume of 1331 m³, you simply need to take the cube root of 1331. So, the side length of this cube would be 11 meters. Voilà!
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