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TonySlim
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if you drive a front-wheel drive car 100mph onto the back of a car carrier driving 99mph, could you ease it on at 1mph, or would it fly off the front at 100mph? I need to know before my drive home tonight.
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As I said above, I doubt that tires are make that could pull this off. Once your tires have disintegrated you would stop accelerating.and you will be propelled off the end of the transporter at well over 100mph,
Even with the clutch in, tires don't stop spinning instantly. They have inertia. A tire coupled to the engine would have it worse because the engine has some energy in it, but it really doesn't matter if its a front or a rear wheel drive car.Originally posted by lavalamp
I was talking about over 100 mph relative to the ground. You could stop the engine from driving the car by simply pressing the clutch.
Travel slightly faster than the truck, but for god's sake hit the clutch before you hit the ramp.
Originally posted by russ_watters
Even with the clutch in, tires don't stop spinning instantly. They have inertia. A tire coupled to the engine would have it worse because the engine has some energy in it, but it really doesn't matter if its a front or a rear wheel drive car.
Originally posted by megashawn
Can I recommend an early 80's toyota corrolla for the task? Its FR, makes a decent amount of power, and if your luck you can find one for $50-$500.
The average speed of Saturn is 21,637 miles per hour or 34,821 kilometers per hour.
Saturn's speed is relatively slow compared to other planets in our solar system. It is the second slowest planet, with only Mercury having a slower average speed.
Yes, Saturn's speed can vary. Since it is an orbiting planet, its speed can change depending on its distance from the sun and its position in its orbit.
Saturn's speed is significant because it helps us understand its orbit and its relationship with other planets in our solar system. It also affects its atmospheric conditions and the formation of its rings.
No, it is not possible to ease on Saturn's speed at 1mph. The planet's speed is determined by its orbit and gravitational pull, and it cannot be controlled or changed by human intervention.