In measuring liquids, cc stands for cubic centimeters. A single cc is equal to 0.999972 milliliters, but in practical use 1 cc is exactly the same as 1 milliliter.
assuming water with density 1 gm/cc 550 cc = 550 gm
There are 0.5 cc in 1 half ml.
1 cc = 1 milliliter
Since 1 mL = 1 cc, 52 mL = 52 cc.
This is a question that cannot be answered. A volume of space does not equal energy production. You could instead ask "How many cc's are required to make 1 BHP?"
BHP = Brake Horse Power, the strength of the engine CC = Cubic Centimeters, the volume of the combustion chambers
624cc
cc is used to know about the engine size.....where as bhp tells you how much power is delivered at shaft ....it doesn't mean that larger engine size will produce more bhp than smaller one....both are different.....cc - cubic centimetres . to measure the engine displacement .bhp - brake horse power . to measure the power of a vehiclet's just a way to compare engines.The number of cc's the related to an engine, is the size of the engine. The actual size of the combustion chambers where the fuel is burned. Normally, the higher the cc's, the more fuel burned, therefore the more power.bhp is the actual horsepower put out by the engine as built, before attached to the car, which will be lower, as a nominal amount of horsepower is needed to turn the driveshaft and drive gears.t's just a way to compare engines.
They are not convertible units as they measure different things.
The 1996 Escudo Pikes Peak had a Twin turbo'ed V6 DOHC 3 Valves / Cyl engine (1998 cc / 121.9 in³) Output was, 492.99 bhp per litre 734.5 kw / 985 bhp @ 8100 rpm
Early cars had a 1895 cc, 4 cylinder, 8 valve, 105 bhp engine. Later they had a 1796 cc, 4 cylinder, 16 valve, 114 bhp engine.
364 bhp if you're dreaming. 105 bhp at 9000 rpm (measured at the crank) is more like it. even those with turbo mods are only boasting 248hp.
1 cc is 1 ml
1 ml = 1 cc
1001 bhp and super sport 1200 bhp
One ml is also 1 cc. Ml and cc are the same.