I think it is somewhere around 50 horsepower, if I'm not mistaken.
CC (cubic centimeters) is the measure of volume inside the cylinder when the piston is at bottom dead center. The ratio of the diameter of the cylinder to the stroke of the piston influences the torque and horsepower ratings of an engine. Typically when an engine has a stroke that is larger than the diameter of the cylinder it would generate a higher ratio of torque to horsepower. The shorter stroke engines typically rev higher and develop higher horsepower to torque ratios.
A Kawasaki kx85 has a 29 horsepower engine. This kind of dirt bike also has a two stroke, single cylinder 84 cc motor.
550 ft. lbs = i hp. do the math.
You can't. It is like saying "how do I convert gallons into dollars". What you need to answer to do the conversion is "gallons of what?" What sort of engine do you have? ...2 stroke ...4 stroke? Since a typical 4 stroke fires half as often as a 2 stroke at the same RPM, the 2 stroke will put out approximately twice as much horsepower. Then, you have to state what RPM you are testing at. That said, a 179 cc 2 stroke motor could be expected to put out somewhere around 10 brake horsepower. Your mileage will vary.
On a 4-cylinder engine with a firing order of 1342, if number 1 cylinder is on the exhaust stroke, the number 3 cylinder will be on the induction stroke.
You cannot convert cc to horsepower. cc is a measurement of the size of the engine. In other words cc is the bore x stroke x number of pistons. A 420 cc engine could have 15 h.p., 30 h.p, or any other amount.Displacement doesn't correspond to horsepower. Lot of other factors involved.
if the diameter of cylinder and stroke length of an I.C. engine is greater then the power output is more.
if the diameter of cylinder and stroke length of an I.C. engine is greater then the power output is more.
if the diameter of cylinder and stroke length of an I.C. engine is greater then the power output is more.
The 1199cc, liquid-cooled, 4-stroke 2-cylinder DOHC has a horsepower of 108.5 hp at 7,250 rpm.
A 2-stroke engine makes power every2 cycles were a 4-stroke makes power every 4.Hence 2x power. This is absolutely INCORRECT! A two stroke engine develops it's PEAK horse power twice as fast as a four stroke for the reason given but that is it. For a given displacement a four stroke engine will ALWAYS make more torque and horsepower than a two stroke engine of equal displacement. This is due to the fact that a four stroke engine cleans the cylinder of contaminated (exhaust) air, compresses the air/fuel to a more efficient level, and draws a cleaner air/fuel mixture into the cylinder as there is no slow burning, air/fuel mixture contaminating oil mixed in the combustion charge. I have over forty years experience working on engines, and can tell you, the ONLY reason two stroke engines have lasted this long, is due to the fact that they weigh less than an equivalent horsepower four stroke engine. If they DID develop more horsepower, the four stroke would not have become the standard internal combustion engine used in transportation, generators, air compressors and the like.
There isn't a direct correlation between displacement and horsepower. Whether the engine is two- or four-stroke, the compression ratio, the stroke, etc. will all factor into what the performance specs of the engine are.