I am looking for a math formula to convert cubic liters to cubic inches.?
109796
here you go\nhttp://www.metric-conversions.org/volume/liters-to-cubic-inches.htm
421882
2" = 1/6 ft, so 60x20x(1/6) or (60x20)/6 will tell you how many cubic feet of sand you need.  However, these are both expressions.  To make an equation, you would write something like: \nV=60 ft x 20 ft x 1/6 ft \nwhere V is the volume of sand needed.\n\nIt works out to 200 cubic feet, by the way :)\n\nThe two previous answers are basically right except that volume can be expressed in neither square feet nor yards.  These are measures of area and distances, respectively.\n\nnotsomuch77 is right that you can convert from feet to yards by multiplying by 1/3.  However, to convert from _cubic_ feet to _cubic_ yards, you have to muliply by (1/3)^3, which is 1/27.  Basically, you have to muliply each length by 1/3, and when you do it three times it's the same as muliplying the whole thing by 1/27.
625809
convert everything to ft. (its easier). now, find the volume of the deep area (length times width times height). then divide by the volume by the bags of mulch
342773
Want to see something neat??\n\nType "19 gallons in cubic feet." into google.\n\nWorks for all kinds of conversions.
431867
google will do conversions:\nhttp://www.google.com/\n\ntype in the search box:\n\nconvert 1 ft to m\n\n(or however many ft you need to convert)
282632
simple, apply the cubic formula.
840147
Volume = (4/3) pi * radius^3\n\nRadius = Diameter / 2\n\nCristi has the right answer. Different people will use a comma in place of a decimal. It all depends on how you were taught. That's why it seems like the answer was a few orders of magnitude off when it was actually exactly right.\n\nTherefore, the answer is 113.097 cubic feet.
373349
Volume = 1/48 * 1*1 = 1/48 cu ft\ndensity = 480 pounds per cu ft\n\nmass = density*volume = 480* 1/48 lb = 10 lb
525014
Let's make this very simple.\n\nTo measure the volume of a cylinder, you find the diameter of the interior portion of the cylinder.  Take that number and divide by two...that's your radius (r).  Now measure the height of the interior of your cylinder...that's your height (h).\n\nNow, take the radius (r) and the height (h) and plug them into the formula below:\n\nV = π*(r)*(r)*(h)\n\n(π equals roughly 3.1516)\n\nNow if your answer is in cubic inches, multiply V by .0036 for British gallons or .00433 for US gallons (yes, they are different).  If V is in cubic centimeters, multiply by .00022 (British) or .00026 (US).\n\nI don't know how to make it any clearer...good luck.
135721
my answer is:\n   \n1 liter  = 1000cm^3\n \n.9259g/cm^3(1000cm^3) = 925.9g\n\n 925.9g (1 lb / 453.6g ) = 2.04 lbs
529532
10 Litre = 10000 cm^3\n100 Litre = 100000 cm^3\n1000 Litre = 1000000 cm^3 \n\n1 m  = 100 cm\n1 m^3 = 1000000 cm^3\n\n10 Litre = 0.01 m^3\n100 Litre = 0.1 m^3\n1000 Litre = 1 m^3\n\nSo 1 cubic Metre would contain 1000 Litre
911209
volume is measured in liters or cubic meters
844593
first convert your measurements into feet.  To do this divide the inches by 12:\n\n38 in = 38/12 ft \n12 in = 1 ft\n20 in = 20/12 ft \n\nthen calculate the volume = length * width * depth\n\nV = (38/12)*(1)*(20/12)\nV = 5.278 cubic feet
825929
Multiply them together to get the volume in cubic cm...\n\nVolume = Width * Length * Height\nVolume =  15 x 25 x 18 = 6,750 cu. cm.
428451
1 cubic foot is 28.32 litres\n\nMultiply 2000 by 28.32\n\nMinutes is in the denominator of both units, so no conversion is needed for that aspect.\n\nKeep in mind that if you're working with gases that gases are compressible.
1009332
Convert everything to inches, then multiply.  LxHxW.  They need to be the same units, though.
1003334
Assuming D is diameter, calculate the volume of the tank, subtract the volume of the cylinder and convert the remaing volume to gallons.  There are 128 cubic inches (0.0741 cubic feet) per gallon.\n\nyou do the math, that is obviously the intent of your assignment