If Measuring in mm,
( Bore x Bore x Stroke x .7854 ) / 1000 = cc's
The volume of the combustion chamber? (2000 cc / 4) / 10 = 50 cc per chamber
Engine cylinder capacity(Engine cylinder volume )is represented by cubic centimeter(cc).CC is calculated by the following formula CC=N*((π*d^2*l)/4) N=no.of cylinder d=cylinder dia l =stroke length
how calculate average from engine displacement in cc
1000 cc
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The amount of cc's in an engine do not DO anything. The amount of cc's in an engine ARE something. The amount of cc's is the piston displacement measured in Cubic Centimetres. For example : Imagine that the cylinder was filled with water, the piston then rises from the bottom to the top of the cylinder. The amount of water that the piston pushes out of the cylinder (displaced) is then measured in Cubic Centimetres. If each cylinder was 100 cc a four cylinder engine's pistons would displace 400 cc 's.
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The volume of the cylinder. Bigger cylinder gives more power.
It has a better engine. The Passat has a 4 cylinder while the CC has a 6 cylinder. The CC is sportier. The CC is a better bang for your buck a more powerful engine with the same gas milleage.
The 200S is powered to life by an overhead cam four-stroke single cylinder 192 cc engine
The 1978 Mazda GLC was advertised as a 1300 cc engine, but its actual displacement was 1272 cc. The engine was the Mazda TC series, an 8 valve inline four cylinder. I believe it also had a one barrel carburetor.
The cc rating is the cylinder capacity of an engine. The bigger the cc, the more fuel can enter the cylinder per cycle. The more fuel is in the cylinder, the greater the force will be on the piston when the spark plug fires and it all ignites.