Charlie throws a ball up into the air. While the ball is airborne, which is the greatest force acting on the ball to slow it down?
Question
Charlie throws a ball up into the air. While the ball is airborne, which is the greatest force acting on the ball to slow it down?
Solution
The greatest force acting on the ball to slow it down while it is airborne is gravity. Here's the step by step explanation:
-
When Charlie throws the ball up into the air, he is applying a force to the ball that propels it upwards. This is known as the applied force.
-
As soon as the ball leaves Charlie's hand, the only forces acting on it are gravity and air resistance.
-
Air resistance does play a role in slowing the ball down, but it is relatively small compared to gravity, especially for an object as small and dense as a ball.
-
Gravity is a constant force that pulls objects towards the center of the Earth. As the ball goes up, gravity slows it down by pulling it in the opposite direction.
-
Eventually, gravity will slow the ball down to a stop at its highest point, and then accelerate it back down towards the ground.
So, the greatest force acting on the ball to slow it down while it is airborne is gravity.
Similar Questions
8Jeremy throws his ball up in the air, but the ball falls back to the ground. What force made the ball move without ever touching the ball? A. the air pressure pushing on the ball B. magnetism pulling on the ball C. Jeremy's hand pushing on the ball D. gravity pulling on the ball
Matthew throws a ball straight up into the air. It rises for a period of time and then begins to drop. At which points in the ball’s journey will gravity be the greatest force acting on the ball?
Which of the following statement is correct for the speed of a ball after it is thrown upward into the air. 1 pointdecreases and then increasesdecreasesincreasesincreases and then decreases
A paper ball is released from rest, and goes on to fall through a large vertical distance. As it falls through the air, it is acted upon by two forces – air resistance and its weight. Which of the following correctly describes its motion after it is dropped?It will accelerate at an increasing rate and then reach its terminal velocityIt will accelerate uniformly before reaching its terminal velocityIt will accelerate uniformlyIt will accelerate at a decreasing rate and then reach its terminal velocity
A golf ball is on a tee. It is hit with a golf club. The ball flies through the air. Which type of force caused the motion of the ball? A. friction B. push C. pull D. gravityReset
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.