13.93 horsepower for 209 cc engine
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.
CC is not related to horsepower. CC is the capacity of the cylinders of that engine. -You can have a 212 cc industrial engine of abour 20 Hp, or a 212 cc trail bike engine of 60 hp. Many other factors govern horsepower.
CC is NOT correlated to Horsepower. Cc is merely the capacity of that engine, NO relationship to horsepower.
The cubic centimeter displacement of an engine does not determine its horsepower.
Hey 8
1600 cc
It is not possible to determine the exact horsepower of an engine based solely on its displacement in cubic centimeters (cc). Horsepower is influenced by various factors such as engine design, tuning, and efficiency. The horsepower output of a 1340 cc engine would depend on these factors.
There is absolutely no direct correlation in horsepower and CC's. CC's is the engine size or displacement, whereas horsepower is the output generated by that engine. Horsepower can vary for a given engine based on altitude, temperature, and engine condition. If any of these variables change, the engine size or displacement remains constant, however, the output (horsepower) can vary significantly. To the person that says his honda engine is a x-horsepower with so many CC's, thus there are xx number of cc's in a horsepower, he is only correct when that particular engine is operating, at ideal standards equal to that of the manufacturer.
CC's and horsepower are not related. CC is the size of the combustion chamber in cubic centimeters, or in the American system,in cubic inches. There are 16.387 cc in a ci. -So a 300 CI engine is roughly 4920 cc , or 4.92 litres.
There is no direct conversion between CC (cubic centimeters) and horsepower as horsepower is a measure of power output, while CC is a measure of engine displacement. The horsepower a 190 CC engine can produce varies based on factors such as design, efficiency, and tuning, among others.