If it is thrown at an angle, at the top of its path, its vertical velocity will be zero, however its horizontal velocity will be the same as its initial horizontal velocity minus whatever loss in speed as a result of air friction at that point. We won't know what that is without more information.
The instantaneous speed of the ball at the top of its path is zero, as it momentarily comes to a stop before starting to fall back down due to gravity.
its velocity will be zero and acceleration will be -9.81 due to gravity
The answer is the net force acting on the ball is equal to it's weight.
Its speed would be zero. In the instant between the switch of rising and falling it will be moving at a speed of zero.
Assuming it is thrown straight upwards, without a sideways component to the velocity, at the top of its path its velocity will be zero.
If it is thrown straight up, at its highest point the velocity will be zero. If it is thrown at any other angle, at its highest point its velocity will be horizontal.
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After being released, a ball thrown straight down from a bridge would have an acceleration of
If a ball is thrown, the force pushing the ball will convert to energy to speed up the ball.
When a ball is thrown, the force of gravity affects its trajectory, causing it to follow a curved path instead of a straight line. Additionally, air resistance and spin on the ball can also contribute to the curve as it travels through the air. This combination of factors leads to the typical arc path that we observe when a ball is thrown.
Slower than the initial speed it was thrown upward with due to air resistance causing the ball to lose speed as it travels through the air. The force of air resistance acts against the direction of motion and slows down the ball.
The speed at which a ball hits the ground will depend on the initial speed it was thrown with, the angle at which it was thrown, and the effects of air resistance. In ideal conditions, if air resistance is neglected, the speed at impact will be the same as the speed at which it was released when it reaches the ground.
After being released, a ball thrown straight down from a bridge would have an acceleration of
The velocity of the ball at its highest point is 0 m/s. At the highest point of its trajectory, the ball's vertical velocity slows to 0 before changing direction and starting to fall back down due to the force of gravity.
If a ball is thrown, the force pushing the ball will convert to energy to speed up the ball.
Yes. An example of this would be a ball thrown straight up; at the very peak of its travel, it's not moving either up or down and therefore has an instantaneous velocity of zero.
At the very top of its motion, the weight of the ball would be the same as its weight at any other point whether it is moving up, down, or at rest. Weight is the force of gravity acting on an object, which remains constant regardless of the object's motion.
The acceleration of a ball at the top of its trajectory when thrown straight upward is equal to the acceleration due to gravity, which is approximately 9.81 m/s^2 downward. At the top of its trajectory, the ball momentarily comes to a stop before reversing direction and accelerating downward.
When a ball is thrown, the force of gravity affects its trajectory, causing it to follow a curved path instead of a straight line. Additionally, air resistance and spin on the ball can also contribute to the curve as it travels through the air. This combination of factors leads to the typical arc path that we observe when a ball is thrown.
because there if speed is constant than ball never come back to earth hence speed of ball is not constant
... and what is the question? The second ball should arrive at the floor a second after the first, both should have the same speed.
When a ball is thrown into the air, it encounters drag. Drag is the opposing force acting in the opposite direction of the ball. Drag slows down the ball's speed.
Its initial speed cannot be 20 m, as stated in the question. Secondly, if the initial speed is correctly given, then there is no need to calculate it!
Slower than the initial speed it was thrown upward with due to air resistance causing the ball to lose speed as it travels through the air. The force of air resistance acts against the direction of motion and slows down the ball.