The best answer is "it doesn't work that way." Two engines of the same displacement can have very different power ratings. As a rule of thumb, assume that a "modern" engine (anything designed in the last 10-15 years) has far more power than anything from the 1960s or 1970s of the same displacement. An GM "Big Block" engine, such as the Rocket 455 (7.5 L), from the early 1970s only produced 300-400 HP or so; modern engines can easily achieve that at much smaller sizes.
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It depends on the power factor. For a typical power factor of 0.92, 75kva would be equal to 69kw, which would be equal to 9.25 horsepower (electric motor).
It dependsThe horsepower of an engine can be given in either brake horsepower (bhp) or shaft horsepower (shp) - they will not be the same number for the same engine.While a higher volume engine generally corresponds with higher horsepower - all else being equal - it is not the sole factor in determining horsepower:The horsepower depends a great deal on the compression ratio of the engine.The horsepower depends on the fuel the engine is designed for - which is heavily intertwined with the compression ratio of the engine (a diesel engine is usually designed to employ higher compression ratio than gasoline).The horsepower depends on whether it is a 2-stroke or 4 stroke engine (175 cc could be either).Horsepower can be increased by engine tuning, more volatile fuel, supercharging or exhaust turbo boosting.With all that said, a reasonable guess for the most likely 175 cc engine you might be looking at would be between 10 and 12.5 bhp.
It dependsThe horsepower of an engine can be given in either brake horsepower (bhp) or shaft horsepower (shp) - they will not be the same number for the same engine.While a higher volume engine generally corresponds with higher horsepower - all else being equal - it is not the sole factor in determining horsepower:The horsepower depends a great deal on the compression ratio of the engine.The horsepower depends on the fuel the engine is designed for - which is heavily intertwined with the compression ratio of the engine (a diesel engine is usually designed to employ higher compression ratio than gasoline).The horsepower depends on whether it is a 2-stroke or 4 stroke engine (175 cc could be either).Horsepower can be increased by engine tuning, more volatile fuel, supercharging or exhaust turbo boosting.With all that said, a reasonable guess for the most likely 175 cc engine you might be looking at would be between 10 and 12.5 bhp.
A 110cc engine would have anywhere from 5.5hp to 12 hp.
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.
I don't know the answer. I would like you to please tell me
That would depend on the year and what engine it has
Depends on the train; they do not have the same power.
Do you mean kW - kilowatts? Because that's the common measure of conversion used. 750 kilowatts would equal 1005.7677 horsepower.
There is no direct correlation between engine displacement and horsepower. One 1800cc engine may produce lots of horsepower, while another of the same size will produce more torque but not as much horsepower. It depends on the engine design and what it was made for...In general, a long stroke, slow turning engine will produce more torque but less horsepower than a fast spinning short stroke engine. A typical example would be a 1400cc sport bike, like the Suzuki Hayabusa, which turns out almost 200 horsepower, while a larger 1500cc V-twin Kawasaki Vulcan
"Robert Fogt" The amount of horsepower output by an engine depends on more than just the engine size. For example, a tricked out 4.7 liter engine will have more horsepower than an old stock 4.7 liter engine. You wont be able to convert directly between them. For new cars you may be able to find data sheets that lists both engine size and horsepower. Otherwise you would have to take it to a shop to be placed on a machine to measure it.