How do you work out a cubic metre volume if i have the length, width and height in metres?
927242
volume = length x width x height
403093
Volume = L*W*H\nV = (15cm)(35cm)(H)\n(5.4g)/(2.7g/cm^3)=525cm^2*H\n2cm^3 = 525cm^2*H\n\nThickness or height = (2/525)cm\nT = 0.0038095238095238... the 380952 repeats
635209
343000 USgal = 1298396.316 litres = 1298.396316 cubic metres.\n\nVolume = π(r^2)(h) where h = 4r because d=2r and h=2d so, h=4r\n\nSO, Volume = π(r^2)(4r) = 4(r^3)π\n\n1298.396316 = 4(r^3)π\n         r^3= 103.3230959\n           r=4.692444415 meters = 184.7419061 inches\n\nand height = 4(4.692444415)= 18.7697766 meters = 738.97"\n\nWrite to me if you need it in UK gallons....it changes quite a bit.
423638
Volume Formulas \nNote: "ab" means "a" multiplied by "b". "a2" means "a squared", which is the same as "a" times "a". "b3" means "b cubed", which is the same as "b" times "b" times "b".\nBe careful!! Units count. Use the same units for all measurements. Examples\ncube = a 3  \n\nrectangular prism = a b c  \n\nirregular prism = b h  \n\ncylinder = b h = pi r 2 h  \n\npyramid = (1/3) b h  \n\ncone = (1/3) b h = 1/3 pi r 2 h  \n\nsphere = (4/3) pi r 3  \n\nellipsoid = (4/3) pi r1 r2 r3  \n\n  \n\n  Units \n\nVolume is measured in "cubic" units. The volume of a figure is the number of cubes required to fill it completely, like blocks in a box. \n\nVolume of a cube = side times side times side. Since each side of a square is the same, it can simply be the length of one side cubed. \n\nIf a square has one side of 4 inches, the volume would be 4 inches times 4 inches times 4 inches, or 64 cubic inches. (Cubic inches can also be written in3.) \n\nBe sure to use the same units for all measurements. You cannot multiply feet times inches times yards, it doesn't make a perfectly cubed measurement. \n\nThe volume of a rectangular prism is the length on the side times the width times the height. If the width is 4 inches, the length is 1 foot and the height is 3 feet, what is the volume?\n\nNOT CORRECT .... 4 times 1 times 3 = 12 \n\nCORRECT.... 4 inches is the same as 1/3 feet. Volume is 1/3 feet times 1 foot times 3 feet = 1 cubic foot (or 1 cu. ft., or 1 ft3).
430786
The formula for the capacity or volume, V, of a cylinder is:\n\nV = Π(d^2)h/4\nwhere:\nΠ = 3.1416 (value up to 4 decimal places)\nd = diameter of the cylinder\nh = height of the cylinder\n\nSo, merely substitute the values that you have and you will get the capacity or volume of the cylinder. Just make sure to use similar unit of measures both for the diameter and the height.
1030347
Density = Mass / Volume\n\n4.3 = 43 / Volume\n\nVolume = 43/4.3\n\nVolume = 10 cu cm\n\n* Assume your density's dimension is 4.3 g/(cu cm)
299642
It's 1,000,000,000 (1 billion) times larger.\n\n1 m = 1000 mm - "cubic" means volume, or 3 dimensions, so you multiply 1000 x 1000 x 1000.
1181241
1 cm cubed = 0.001 dm cubed = 0.001 liters = 10^(-3)liters
606307
Suppose you have a rectangular box.\nThe length is 3 more than the height.  The width is twice as long as the height.\nWhat is the volume of the box?
797268
MM = mass * 22.4 liters/volume\nMM = .125 * 22400/93.3 = 30.01
359961
Find the areas of all 6 faces of the rectangular solid by muliplying each one's width by length.  Then add them together for the total surface area.  To find volume, multiply length by width by height.  The ratio will be the total surface area divided by the volume (or expressed as a fraction the total surface area over the volume).
142959
Well, actually you can.  If you know the specific volume of the material for which you wish to convert units, you can use volumetric measurements to determine mass.  Here's how you do it:\n\n# of grams * (specific volume, in L/gram) = # of liters\n\nSince specific volume isn't a very standard measure, you will probably need to convert from a measure of density (often in units of grams/cm^3).  Here's a more complete formula:\n\n# of grams * 1000 / (density in grams/cm^3) = # of liters.
471793
Well here's some extra info you need to solve the problem:\n\n1 cubic inch = 0.00432900431 US gallons\n\nSo one can has a volume of:\n\nV=(pi)(5)(3/2)^2=35.34291 cubic inches\n\nThey filled 86400 cans which has a volume of:\n\nVtotal = V*86400 = 35.34291*86400 = 3053627.424 cubic inches\n\nThen you need to convert this to gallons so:\n\nVgallons = 0.00432900431 * 3053627.424 = 13219.1662 Gallons
963728
Area of base of drum (1/2 of diameter of drum in metric units squared * pi) multiplied by height of water in drum in metric units = volume of water in drum in cubic metric units.\n\nSo if the drum were 100cm wide, and the water height was 200cm, the volume would be:\n\n(100/2)^2 * pi * 200 = 2500 * pi * 200 = 500000 * pi = 1,570,796 cm^3 (cubic centimeters or cc)
804389
meters are length. liters are volume.  they do not convert.  maybe you meant cubic centimeters, in which case there are 1,000 cc to a liter
848899
for converting cubic mm to cubic meter divide by 10^9\ni cant make out your problem.can you be more specific please?
702125
Write down all relevant variables, and units:\nV = volume in mm^3\nt = time in min\nx = edge length in mm\n\nWhat down what you are told:\ndx/dt = 0.49\nV = x^3\n\nWrite down what you want:\ndV/dt\n\nTo get dV/dt, we need dV/dx and dx/dt. The second one is 0.49, and the first one can be gotten by differentiating the volume equation: dV/dx = 3x^2. Substitute in x = 6.7, and the final answer is \n3*6.7^2 * 0.49 = 65.9883 mm^3 / min (decreasing)