the cc stands for cubic centimeters, so 1200 cc is the total displacement of the engine. It is the total volume, that the cylinders would displace for each stroke. For example. Suppose you have 4 cylinders in an engine. If each cylinder displaces 300cc for each stroke ( from Top dead centre to bottom dead centre), then it equals 1200cc for 4 cylinders.
1,000 cc
The specific gravity of Carbon steel is 7.85 gm/cc.
See Aerobicle on Youtube.It's about 20 inches.
301 stainless density values seem to vary according to the supplier data sheets, from 7.88 g/cc, (AK Steel) to 8.03 g/cc, (Allegheny Ludlum). I guess the key factor in answering this enquiry is identifying the accuracy required.
CC is NOT correlated to Horsepower. Cc is merely the capacity of that engine, NO relationship to horsepower.
The horsepower of any engine is not limited or defined by the size of the engine. A 2200 cc engine could have as much as 400 horsepower, if modified.
69
21.5
347hp
11 horsepower
CC is NOT correlated to Horsepower. Cc is merely the capacity of that engine, NO relationship to horsepower.
The answer is 111.8 hp
13.93 horsepower for 209 cc engine
A 179 cc engine is around 5.5-6 horsepower. There's no hard and fast rules on cc to hp conversion there are too many variables.
CC is NOT correlated to Horsepower. Cc is merely the capacity of that engine, NO relationship to horsepower.
CC is NOT correlated to Horsepower. Cc is merely the capacity of that engine, NO relationship to horsepower.