Speed is increased, and speed helps.how long the kick has traveled has no bearing at all on how much energy is generated,
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Speed is increased, and speed helps.how long the kick has traveled has no bearing at all on how much energy is generated,
how long the kick has traveled has no bearing at all on how much energy is generated,
that's this distance you move the person/ thing you are kicking, not the distance you move your leg in order to kickPhysics
work = force x distance
not necessarily, it could travel a long way at a slowish speed or a shorter distance at a higher speed.Speed is increased, and speed helps.
You could "What If", it to death, of course.not necessarily, it could travel a long way at a slowish speed or a shorter distance at a higher speed.
So, a car hits you a five miles an hour from two inches. Do you wan to try two miles?that's this distance you move the person/ thing you are kicking, not the distance you move your leg in order to kick
that's this distance you move the person/ thing you are kicking, not the distance you move your leg in order to kick
Lies!you could work out the work done in moving your leg, but that would be the work done by you and having moved your leg further you would have consumed more calories, but not put any more energy in to your target
the distance is irrelevant, its the speed of the car and its mass that matters. If you locking the speed at 5mph it doesn't matter if its rolled a meter. Or a mile, its still only doing 5mph and still only weighs 2tonsSo, a car hits you a five miles an hour from two inches. Do you wan to try two miles?
that's this distance you move the person/ thing you are kicking, not the distance you move your leg in order to kick
Yes, it will have increases speed, even on a coast. The further the faster.the distance is irrelevant, its the speed of the car and its mass that matters. If you locking the speed at 5mph it doesn't matter if its rolled a meter. Or a mile, its still only doing 5mph and still only weighs 2tons
but the engine is attached to the plane, it has to move with it, the person you are kicking isn't attached to your footNope, distance force travels
For instance, if a model airplane exerts 0.25 Newtons over a distance of 10 meters, the plane will expend 2.5 Joules. If you apply a force over a given distance - you have done work. Work = Change in Energy. If an object's kinetic energy or gravitational potential energy changes, then work is done.
that's gaining speed through gravity, gravity is acting against a high kick.Yes, it will have increases speed, even on a coast. The further the faster.
but the engine is attached to the plane, it has to move with it, the person you are kicking isn't attached to your foot
or just realised your talking nonsense and left.You're understanding of "work = force X distance" is flawed, but you will never admit that, so in order to save additional multiple posts of proof you will ignore and thereby waste my time..... I'm done.... have a nice day
I can't help you.that's gaining speed through gravity, gravity is acting against a high kick.
I dont know if you just being deliberately obtuse, or obtuse.I can't help you.
Cock your kicks, or take your licks.I dont know if you just being deliberately obtuse, or obtuse.
the speed of the car when it hits you is important, if it ran 10meters down a steep slope or 100 meters down a gentle slope is irrelevant to the energy it hits you with