A cricket ball moves simultaneously in two motions which are rotary and linear. The velocity of the air below the ball is decreased because these two motions are opposing each other. Thus, the pressure on the upper side of the ball is lesser and there is an upward force that works upon the ball. This makes the ball follow a curved path and not a parabolic one.
To a passenger on the train it will follow a parabolic trajectory facing towards the back of the train. To a man standing on the ground it will be a forward facing parabolic trajectory.
The ball follows a parabolic path when thrown. In a vacuum (with no air or other forces acting upon it) the gravitational pull of the earth causes the ball to accelerate toward the earth (9.8m/sec
cricket ball
Cricket ball Cricket ball
cricket ball
No, a cricket ball is much larger than a golf ball.
At the bottom of the swing the ball is at highest velocity. The ball will follow a parabolic path starting at the vertex and traveling horizontally, then falling off quickly until it hits the ground.
cricket ball
Cricket Ball yaar
Parabolic path
because cricket ball has greater mass
The stitching on a cricket ball is called the equator or the seam.