Torque x RPM then divide the answer of that by 5252. Horsepower is a product of torque. To find your torque you will need to run your vehicle on a dyno.
no, power is calculated in watt
its actually used by the power of one horse 550 pounds per square foot
1500 horsepower
1 horsepower=746watt
yes. when i actually calculated it out its going 100800 mph
1pk = 1.7366 KW
It was factory rated at 290@5800rpm, car mags calculated from performance that it actually was about 350 at 6500 or so rpms.
no, power is calculated in watt
When the aircraft is flying above supersonic speed the engine is actually producing more than 100.000 horsepower.
When the aircraft is flying above supersonic speed the engine is actually producing more than 100.000 horsepower.
If it's a 2003 or 2004 model, it was rated at 390 horsepower, but is actually in the mid 400 range truthfully.
If that's a 360 - 4 barrel ( 170 horsepower / 160 horsepower in California ) Actually the E58 360 4 barrel with dual exhaust was rated at 195 HP! I own one!
I think that the Ferrari would win but I don't actually know the horsepower to confirm this theory. I need to know the horsepower to confirm my answer.
The 1970 engine had higher compression, but the big difference is in the way horsepower was calculated. In actuality, the 1970 was only a little more powerful than the 1977.
What does the word "Brake" mean in Brake Horsepower?Brake refers to the de Prony Brake which was invented by Gaspard de Prony and used to determine engine torque and power. The device imposed known values for loads on the engine's output (crank) shaft (by wrapping a belt around the output shaft) in order to produce resulting specific engine rotational speeds in RPMs. Quantities for torque and horsepower were then calculated using simple formulas of mechanical physics (i.e., Torque = Force x Distance & Horsepower = Torque x RPM / 5252 ;using the inch-lb system). Horsepower calculated using this method is known as Brake Horsepower or bhp.
Horsepower is calculated from RPM and torque. The higher the RPM you can sustain an engines torque at, the higher the Horsepower. Horsepower and Torque are always the same amount at 5250 RPM with all but diesel powered engines. Also the more rotational mass you can spin at a higher rpm, the more energy it poseses.
Actually the out put of this motor is 98 horse power