What is the horse power of an 8N ford tractor?
117489
The 8N Ford tractor had a Four cylinder engine with an L-head; 3.118 x 3.75 inch bore and stroke, and a compression ration of 6 to 1 . The  piston displacement is approxomatley 120 cubic inches. This gave the tractor about  25 horsepower. The drawbar is considered to have a two-plow pulling capacity
537318
on average around eight pints
1052218
60 Series STS Combine Harvesters : Specifications  \nJohn Deere 9660STS - 13960 kg\n\nThis is with a corn head on it.
865403
Alright Alright...I'll calculate this for you! Whatever! Ok...What 4x4 are we talking about here?\n\nAssumption:\n4x4 = JK Jeep Wrangler.  Here are the specs from Wikipedia:\nA 3.8 L OHV V6 producing 205 hp (153 kW) and 240 ft·lbf (325 N·m) will be the base engine, replacing the venerable AMC Straight-6 engine. \n\n205hp=153kW!!!!!  I can tell you straight up that to produce this amount of power from solar panels would be ridiculous!  If you go up to Home Depot and ask them for a 153kW System for your house, they will tell you to get lost! The average solar panel at PEAK Efficieny can produce roughly between 60 - 110 Watts! \n\nThus lets take the best case scenario.  At peak efficiency:\n153,000 Watts/110 = 1,390 Solar Panels!!\n\nSo...to power up your 4x4(Of course that 205hp to the crank and not to the wheels!) you would need around 1,390 solar panels.  Not that bad though!
118833
a turbo will blow ur motor, get a cold air intake its pretty cheap and it will give u about 10-20 more horse
762388
take  g = 9.8 m/s^2  and let us assume the load is being lifted vertically upwards. This should have been mentioned in the question or the force against which it is being moved should have been mentioned. In the absence of that we make these simplifying assumptions.\n\nThe motor does 45x9.8x200 joules of work in 90 seconds so the power with which the machine works is \n\n(45x9.8x200)/90 = 980 J/s or 980 watt
146938
it depends on the type of your veachile. the safest turbos are run at 8 PSI
584110
kilowatt it 1000 watts of power, electrical power. not gas. ur converting apples to oranges cant b done
1138430
Not a good question. Power is related to the volume of fuel/air mixture.
468400
You need to mechanically generate motion to turn the shaft of the motor/generator at the speed specified on the name plate. Say 1800rpm for a induction motor would then generate the given voltage at 60Hz.\n\nIt is important to maintain this motion otherwise the frequency will vary.\nThe torque to maintain this motion is related to the load on the motor. So a 1 hp motor is about 746 watts. So for a 10kw turbin you will need a 2 x 15HP motor or 30HP motor due to a 50% efficiency factor for the maximum load. Most of the mechanical energy goes into heat.
861817
10 kg load weight 98 Newtons (10 x 9.8).\nA force of 98 newtons acting over a distance of 4 meters does 392 joules (= 4 x 98 newton-meters) of work.\nIf the engine does 500 joules of work, its efficiency (output/input) is 392 / 500 = .784, or 78.4%.
91583
I believe that the following link is what you need.\n\nI hope that helps\n\nP.S they use to make bloody good lawnmower engines!\n\nAnhar Hussain Miah
98379
I'm pretty sure the last versions of the 454 were 290hp.  Hope this helps,
1018624
They're a relative ratio. The rpm is how fast the engine's actually spinning, (revolutions per minute) torque is the amount of force generated by the engine. You could have a 4 cylinder engine, but less torque than a v-8. Also the size of the pistons, etc. \n  A model car engine, being small will produce less torque than a full size motor. Also, a function of the drive train is to transfer the torque to the drive tires. Having horsepower in itself is meaningless. Having a gearing in the drive train that puts the "ponies to the pavement" is what really matters.
171644
It stands for Raw horsepower and Raw torque. Did you need to know what horsepower and torque were too? Wasn't sure.......maybe I should add that too eh??\n\nHorsepower: Awhile back, a gentleman by the name of Watt (the same gent who did all that neat stuff with steam engines) made some observations, and concluded that the average horse of the time could lift a 550 pound weight one foot in one second, thereby performing work at the rate of 550 foot pounds per second, or 33,000 foot pounds per minute, for an eight hour shift, more or less. He then published those observations, and stated that 33,000 foot pounds per minute of work was equivalent to the power of one horse, or, one horsepower. \n\nTorque: A foot pound of torque is the twisting force necessary to support a one pound weight on a weightless horizontal bar, one foot from the fulcrum. \n\n\nOK. Remember Watt? He said that 33,000 foot pounds of work per minute was equivalent to one horsepower. If we divide the 6.2832 foot pounds of work we've done per revolution of that weight into 33,000 foot pounds, we come up with the fact that one foot pound of torque at 5252 rpm is equal to 33,000 foot pounds per minute of work, and is the equivalent of one horsepower. If we only move that weight at the rate of 2626 rpm, it's the equivalent of 1/2 horsepower (16,500 foot pounds per minute), and so on. Therefore, the following formula applies for calculating horsepower from a torque measurement: \n\n\n                                Torque * RPM\n\n        Horsepower      =       ------------\n\n                                    5252\n\nLol...besides the math....here is an article that might help you understand what you want to look for in your car. Good luck :) (but pay off the house first!!)
1017086
Ford GT is more POWERFUL I dont know about top speed.
618296
Considering that most big rigs have at least a 600 horse power motor, that is also turbo charged. It takes about 2-3 men to hold back 1 horse (original formula for horsepower) I would say at a minimum you would need about 1,800 people with good tennis shoes to hold a big rig back...