The average car requires about 400 to 600 watts of power to start.
How big around are the pistons? What's the stroke of the engine? How fast is the engine going to be run? All of these things (and more) will determine an engine's horsepower rating. That rating can then be converted into watts.
The force required to move a car depends on various factors such as the weight of the car, road conditions, and incline. On average, it can take anywhere from a few hundred to a couple thousand newtons of force to move a car.
This observation can be explained by Newton's second law of motion, which states that the force required to accelerate an object is directly proportional to its mass. A smaller car has less mass, so less force is needed to get it moving compared to a larger car.
(Air and rolling resistance ignored)Power required = energy change / time taken>Problem:Power required to accelerate 1000 kg car from 0 to 60 mph ( 26.82 metres / second) in 3 seconds ?>kinetic energy gained (energy change)= 0.5 * mass * velocity2,>so 0.5 * 1000 * 26.822 = 359656.2 joules>Power required = energy change / time taken= 359656.2 / 3= 119885.4 joules / second (watts)= 119.8854 kw (about 161 bhp)
When boosting a car battery, you should jump start the red color first.
About 298,400 watts.
About 208,796 watts.
About 171,511 watts.
Depends on the car.
The Legacy Car Audio LBP22 is 1200 watts.
about 100to 150
watts equals volts times amps,do the math
Ignition 30 watts, fans 30 watts, driving lights 30 watts, headlights 100 watts. Total about 200 watts.
they use around about 55 watts for each headlight.
None. Solar-powered cars are based on sun-ray and not watts.
100 watts is great, 150 watts may be too loud for some, and there is higher watt amplifiers made.
about 69