0.135 g/cm3
The density is 20 kg/m3
100 cubic metres are 100000 litres. 1 cubic metre is 1000 litres. The medium water is not here necessary.
No. 1 m3 = (100cm)3 = 1003 cm3 = 1000000 cm3 So 0.01 m3 = 0.01*(100cm)3 = 0.01*1003 cm3 = 10000 cm3
ABOUT DENSITY--------------------------------density = mass/volumedensity = 7.86 g/ccFIRST EXAMPLE--------------------------------volume = 450 cc7.86 g/cc = mass / 450ccmass = 7.86g/cc * 450cc = 3,537g = 3.537kgSECOND EXAMPLE--------------------------------volume = 1.2 cubic metres = 1.2 m^3volume = (1.2 * (100cm/m)^3) cc = 1,200,000cc7.86 g/cc = mass / 1,200,000ccmass = 7.86g/cc * 1,200,000cc = 9,432,000g = 9,432 kg = 9.432 tonneThat's how I would work it out, but feel free to fix it up if there are any errors.
1m = 100cm 800cm x (1m/100cm) = 8m
To find the weight of the aluminium, we need 2 things. The density and volume. You've given the dimensions of the aluminium so we can easily find the volume. We just need the density. According to wikipedia's article on aluminium, the density of aluminium at room temperature is 2.70gcm-3So all that's left to find is the volume.Firstly, convert everything into cm. Therefore, we can rewrite your dimensions as 100cm x 100cm x 0.1cm.100cm x 100cm x 0.1cm = 1000cm3So 1000cm3 is our volumeNow that we know the volume of the aluminium, we can multiply it by the density. So:1000cm3 x 2.70gcm-3 = 2700g or 2.7kgNOTE: The density of aluminium can vary depending on the type of aluminium you are talking about and hence affect the weight. I took wikipedia's value. It could be slightly different if you are say for example referring to aluminium foil.Hope that helps.Jamz159
The volume is 502,654.8cm3
The density is 20 kg/m3
PRICE
100ml of water will fill 100cm^3
100 cubic metres are 100000 litres. 1 cubic metre is 1000 litres. The medium water is not here necessary.
A cube with sides measuring 100 cm in length has a volume of 1 million cm3
10cc 10cc you can't cm is a length, cc is a volume
the density would be 13.5. the density would be 13.5.
No. 1 m3 = (100cm)3 = 1003 cm3 = 1000000 cm3 So 0.01 m3 = 0.01*(100cm)3 = 0.01*1003 cm3 = 10000 cm3
Volume and capacity are both volumes. Capacity is the volume inside a container (ie how much space there is in it, or alternatively expressed as how much it can hold when full) whereas the volume of a container is the amount of space it itself takes up. For example, a crate that is made from 1 cm thick wood that is 100cm x 50cm x 50cm on the outside has: volume = 100cm x 50cm x 50cm = 250000 cm3 = 250 litres capacity = 98cm x 48cm x 48cm = 225792 cm3 ≈ 226 litres (Each wall is 1 cm think, so the inside length is 100cm - 1cm (for one wall) - 1 cm (for the wall at the other end) = 100cm - 2cm = 98cm, etc)
You mean "how many cubic centimeters make 1 meter cube" because cm3 and m3 refer to volume, whereas cm refers to distance. Now that that's out of the way. There are 100 cm in 1 m. 1 meter cube is a box with sides 1m x 1m x 1m (so has a volume of 1 m3). Therefore, in centimeters, it is 100 cm x 100 cm x 100 cm = 1 000 000 cm3 (or 106 cm3 or 1 million cm3).