Any dimension that H*W*D =5000 The room could be 1 ft * 1 ft * 5000 ft or 10 ft * 20 ft * 25 ft.
10x 5x8
This is not a valid conversion. Cubic units is a measure of volume while square units is a measure of area. Generally, volume is determined by multiplying length x width x depth. Area is normally determined by multiplying length x width.
Its length is 100 square yards.
Any combination of length and width which, when multiplied one by the other, equals 5000.
Width = 22m Height = 3.5m --- Convert both of these into cm to convert into same units Width = 22 x 100 = 2200cm Height = 3.5 x 100 = 350cm Next find the area of the wall ---Area of rectangle = height x width Area of the wall = 2200 x 350 = 770,000 sq. cm Now for the bricks Length = 22cm Width = 7cm Area = 22 x 7 = 154 sq.cm To find the number of bricks needed we have to divide the area of the wall with the area of one brick 770,000 / 154 =5000 Therefore 5000 bricks are needed to make a single wall
5 km or 5000 meters
One cubic inch is equal to 2.543 = 16.387064 cubic centimetres. Therefore, rounded to two decimal places, 5000 cubic centimetres is equal to 5000/16.387064 = 305.12 cubic inches.
No
5000 cubic meters equals five megaliters.
1 liter is equal to 1 cubic cm so 5000 cubic cm would equal 5000 liters. 1 litre = 1000 cubic centimetres (near enough) therefore 5000 cubic centimetres = 5 litres (near enough) The exact conversion is 1 litre = 1000.027 cubic centimetres. That is the volume of 1kg of pure water ar 4 deg.C and 760mm Hg pressure.
5000 gallons at a rate of 0.4355 cents per cubic foot = about $2.91
It can be any length
If this relates to package shipping, the related link at UPS has the method that they use. I believe the other carriers use similar methods. For domestic (United States) shipments: Dimensional weight (in pounds) = (Length x width x height) / 166, where length , width, and height are in inches. For international shipments, it is (L x W x H) [inches] / 139 --> weight in pounds, or (L x W x H) [in cm] / 5000 = weight in kg. If the actual weight of the box is greater than the dimensional weight, then the actual weight is used.