A projectile has minimum speed at the top of the trajectory.
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The projectile have minimum speed when it is in top of prabolic and it have max sped when it is in intial point
A shot is a projectile. That is, a massive body that is launched with an input of force but which, unlike a rocket, has no further energy input. In mechanics, its trajectory is usually calculated on the assumption that the only force acting on the projectile, after its launch, is the force of gravity. That is, aerodynamics do not play a part.
At one particular moment, the part of the wheel at the bottom will not move at all, and the part at the top will move with twice 200 kph. This is with relation to the ground. With relation to the car, the outer part of the wheel will have a speed of 200 kph.At one particular moment, the part of the wheel at the bottom will not move at all, and the part at the top will move with twice 200 kph. This is with relation to the ground. With relation to the car, the outer part of the wheel will have a speed of 200 kph.At one particular moment, the part of the wheel at the bottom will not move at all, and the part at the top will move with twice 200 kph. This is with relation to the ground. With relation to the car, the outer part of the wheel will have a speed of 200 kph.At one particular moment, the part of the wheel at the bottom will not move at all, and the part at the top will move with twice 200 kph. This is with relation to the ground. With relation to the car, the outer part of the wheel will have a speed of 200 kph.
The '500 km/hr' part is certainly an example of speed. Speed = Distance/Time.The inclusion of a direction makes this an example of velocity.
Assuming that the question refers to a speed-time line, the answer is no. It would require the object to be travelling at infinite speed and, to be accelerated to an infinite speed would require an infinite amount of energy.