Have you tried the experiment in a closed roof car? Do you expect that an open roof will make a difference?sunney said:acoording to theory of relativity, if a car is moving at a uniform speed then any object inside that car behave like its in rest. so what happens if a man throws a ball in an open roof car which is at uniform speed, where that ball is likely to land , assuming no other external force is applied to the ball ?
When a ball is thrown in a moving car, it will continue to move in the direction it was thrown, following the laws of motion. This means that the ball will have both a horizontal and vertical component to its motion, resulting in a parabolic path.
Yes, the speed of the car will affect the ball's trajectory. If the car is moving at a constant speed, the ball will appear to be moving in a straight line from the perspective of someone inside the car. However, from an outside perspective, the ball's trajectory will be affected by the car's speed and direction.
It depends on the speed and direction of the car and the initial velocity of the ball. If the car is moving at a constant speed and the ball is thrown with enough force, it is possible for the ball to hit the back of the car. However, if the car is accelerating or decelerating, the ball's trajectory will also be affected.
The car's acceleration will affect the ball's motion in the same way it affects any other object in the car. If the car is accelerating forward, the ball will also accelerate forward. If the car is accelerating backwards or turning, the ball will experience a force in the opposite direction.
Yes, the ball's motion in a moving car can be predicted using the laws of motion and knowledge of the car's speed and direction. However, if there are external forces acting on the car or the ball, such as wind or friction, the ball's motion may be more difficult to predict accurately.