0 to 100 km/h (62 mph): 2.0 seconds
0 to 200 km/h (124 mph): 3.9 seconds
0 to 300 km/h (186 mph): 8.6 seconds
more information can be found here:
http://en.wikipedia.org/wiki/Formula_One_car#Performance
If you have to drive 100 miles, and you have 2 hours to do it in, I think 50 miles in each hour ought to get you there.
Depends how fast the car is.
It depends on how fast you are going. If you're speed is 50 miles per hour, then it will take you one hour. If you are going 100 miles an hour, then it will only take you 30 minutes.
fuel filter ,,,,,,, my daughters car was doing same thing ,,,,,,,,,, now it runs good
50 / 1/2 = 50 x 2 = 100 The car would therefore be travelling at 100 kilometres per hour.
100/2=50
45mph
Let's assume that the 2 pound payload is on frictionless wheels and the suction cup is horizontal so that the force acting to separate it from the payload is entirely due to the acceleration of the car and the inertia of the payload. In that case: You can accelerate at 100 G before the force is sufficient to pull the payload loose. Note that this is a limitation on how fast you can accelerate, not how fast you can drive; you can drive as fast as your car will go as long as you accelerate at less than 100 G to get there (this shouldn't be a problem, as no car can accelerate at anywhere near 10 G, let alone 100 G). 100 G corresponds to 3200 ft/sec/sec, or "zero to sixty" in about three-hundredths of a second.
Pretty much anything that is rotating has a chance.
If you have to drive 100 miles, and you have 2 hours to do it in, I think 50 miles in each hour ought to get you there.
0 to 87 in about 12 seconds
100 miles divided by 50 miles per hour = 2 hours.
it depends what the car has done to it and if it hooks up good.
Because the high rpms of the car keep the motor spinning fast so that it is not acting like a compression brake, slowing your car down.
That's just the rev of the car. This means you are accelerating too fast. Go nice and steady.
Depends on how fast the car is going.
50 miles per hour will do the trick