10 meters
The volume is(1000)/(density of cement in kg/m3) cubic meters.
As asked the question is nonsense as:* meters are a unit of length; whereas* liters are a unit of volume.However, if you meant CUBIC meters, which ARE a measure of volume, then:1 cubic meter =1000 liters
The volume of 2000 cubic centimeters in cubic meters is what? Ans: 1 cu.cm = 1 / 1000000 cu.m So 2000 cu.cm = 2 / 1000 or 0.002 cu.m
By "cbm" I'm assuming you mean, "cubic meters". First, you have to convert inches to meters. One inch = 0.0254 meters. So: 16 inches = 16 * 0.0254 meters 16 inches = 0.4064 meters 20 inches = 20 * 0.0254 meters 20 inches = 0.508 meters Now you use those numbers to calculate the volume of the drum in cubic meters: Volume = (pi * Radius^2) * Length (Note: ^ means to the power of) Length is 0.508 meters. Radius is 1/2 diameter, or 0.4064/2 = 0.2032. Volume = (pi * 0.2032^2) * 0.508 Volume = (3.14159 * 0.2032^2) * 0.508 Volume = (3.14159 * 0.04129) * 0.508 Volume = (0.129717) * 0.508 Volume = 0.065896 Answer: 0.065896 cubic meters or about 66/1000 of a cubic meter
10 x 10 x 10 = 1000 cubic meters.
103 = 1000 (cubic meters).103 = 1000 (cubic meters).103 = 1000 (cubic meters).103 = 1000 (cubic meters).
10 meters
The volume is(1000)/(density of cement in kg/m3) cubic meters.
1000 cubic centimeters is a measure of volume; the only "exact equivalant in volume" possible would be in another measure of volume, such as cubic inches, cubic feet, cubic meters, etc.
As asked the question is nonsense as:* meters are a unit of length; whereas* liters are a unit of volume.However, if you meant CUBIC meters, which ARE a measure of volume, then:1 cubic meter =1000 liters
(All side's of congruent) Then volume=S2.So just take the cube root of the volume. The density and the mass have no bearing on the length as they can vary no matter the size of the cube.Volume does have direct bearing.
Weight = Volume times Density To answer this question the density of the rod has to be known, probably in Kg per Cubic Meter ( kg/m3) Volume of rod is Cross-sectional Area times Length Area for Square section rod is 19/1000 times 19/1000 = 0.000361 square meters Length is 1 meter Therefore volume is 0.000361 cubic meters Area for Round rod section is π*D squared / 4 or 22/7 * 19/1000*19/1000 / 4 = 0.000284 square meters. Length is 1 meter therefor Volume is 0.000284 cubic meters Weight is Volume times Density All units have to be compatible!
1000 cubic millimeters = 1 cubic centimeter 16000 cubic millimeters = 16 cubic centimeters 1 cm = 10 mm 16cm = 160 mm Millimeters are distance. Cubic centimeters is volume. You can convert volume to volume and length to length, but not length to volume nor volume to length. I gave you the conversions I could...
The volume of 2000 cubic centimeters in cubic meters is what? Ans: 1 cu.cm = 1 / 1000000 cu.m So 2000 cu.cm = 2 / 1000 or 0.002 cu.m
A milliliter is 1/1000 of a liter - both are units of volume. A milliliter is the same as a cubic centimeter. The meter is the international unit of length.
1000 cubic feet
By "cbm" I'm assuming you mean, "cubic meters". First, you have to convert inches to meters. One inch = 0.0254 meters. So: 16 inches = 16 * 0.0254 meters 16 inches = 0.4064 meters 20 inches = 20 * 0.0254 meters 20 inches = 0.508 meters Now you use those numbers to calculate the volume of the drum in cubic meters: Volume = (pi * Radius^2) * Length (Note: ^ means to the power of) Length is 0.508 meters. Radius is 1/2 diameter, or 0.4064/2 = 0.2032. Volume = (pi * 0.2032^2) * 0.508 Volume = (3.14159 * 0.2032^2) * 0.508 Volume = (3.14159 * 0.04129) * 0.508 Volume = (0.129717) * 0.508 Volume = 0.065896 Answer: 0.065896 cubic meters or about 66/1000 of a cubic meter