The ball exhibits projectile motion, which consists of both horizontal and vertical components. Initially, the ball moves upward against gravity, and then it starts falling back down due to the force of gravity.
The motion exhibited by a ball thrown up from the surface of the Earth is projectile motion. It has both vertical and horizontal components, with the vertical motion affected by gravity and the horizontal motion continuing at a constant velocity (neglecting air resistance).
The force of friction is not acting upon a ball that is thrown in the air. Friction is a force that opposes motion, but when a ball is thrown in the air, there is no surface contact for friction to act upon.
The motion exhibited by a ball thrown up is uniform acceleration because the acceleration due to gravity acts consistently on the ball in the vertical direction. This acceleration remains constant until the ball reaches the highest point of its trajectory and starts falling back down due to gravity.
The spin of a ball is caused by the forces acting on it, such as when it is kicked or thrown. Asymmetries in the ball's shape or the surface it interacts with can also contribute to its spin. This spinning motion affects the ball's trajectory and stability in flight.
Yes, a ball thrown in an arbitrary direction follows the equation of projectile motion as long as the only force acting on it is gravity. The motion can be broken down into horizontal and vertical components, with the horizontal motion being constant and the vertical motion following a parabolic trajectory.
The motion exhibited by a ball thrown up from the surface of the Earth is projectile motion. It has both vertical and horizontal components, with the vertical motion affected by gravity and the horizontal motion continuing at a constant velocity (neglecting air resistance).
The force of friction is not acting upon a ball that is thrown in the air. Friction is a force that opposes motion, but when a ball is thrown in the air, there is no surface contact for friction to act upon.
The motion exhibited by a ball thrown up is uniform acceleration because the acceleration due to gravity acts consistently on the ball in the vertical direction. This acceleration remains constant until the ball reaches the highest point of its trajectory and starts falling back down due to gravity.
The spin of a ball is caused by the forces acting on it, such as when it is kicked or thrown. Asymmetries in the ball's shape or the surface it interacts with can also contribute to its spin. This spinning motion affects the ball's trajectory and stability in flight.
projectile motion
Non uniform
A jerk ball in cricket doesn't pertain to a ball, but to the way a ball is thrown. It is the motion of the ball.
Yes, a ball thrown in an arbitrary direction follows the equation of projectile motion as long as the only force acting on it is gravity. The motion can be broken down into horizontal and vertical components, with the horizontal motion being constant and the vertical motion following a parabolic trajectory.
Yes, the curve ball curves. This is because of the way the ball is thrown, which is a kind of a spin/jerky fast motion.
The contact force will keep the ball moving but as the ball goes farther the ball slows down that's were the non contact force comes in it makes the ball not in contact
The motion of a ball thrown from a height, movement of a football & the movement of a hand while writtingare all examples of translatory motion.
Where when the ball is thrown it looks like a rainbow. It tips forward.