What are the physics behind catching a football. The forces acting on it, the PE and KE, etc. The class is called conceptual physics and by no means an honors course. Ive attached my notes thus far to give you an idea of what level.

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What are the physics behind catching a football. The forces acting on it, the PE and KE, etc. The class is called conceptual physics and by no means an honors course. Ive attached my notes thus far to give you an idea of what level. 

1:56 AM Wed Nov 18
* 8%O
CP football project
a + A
B I U
A
三 三 三
= E
The forces of catching a ball
1. Running
a. The force of the ground against his feet
b. Friction
c. gravity
2. Jumping
a. Work - bending his legs storing PE
b. "Pushing" off the ground
c. Gravity
3. Catching the ball
a. Force of the ball and the force of the hand
i. Wears gloves to allow them to absorb some of the force of the
ball
b. Gravity
c. Horizontal and vertical forces
Things to take into account
Mass of the runner
Mass of the ball
The velocity of the runner
Acceleration of the runner
The ball in the air is being affected by the force of gravity, air resistance, normal
force, and the force of the thow and is kept in motion due to inertia. Given the
strength of football players we can assume that ball would hurt to catch barehanded
because the acceleration needs to be brought to zero, thus football gloves! The
object is then stopped by the catcher
When a player catches the ball, it exerts a force on the player, and in return, the
player requires exerting a force of equal magnitude but in the opposite direction to
bring the ball to rest.
If he applies force in terms of push to the ball while catching it, both push forces -
applied by the ball on his hands and his push force on the ball - will add up. In all
likely-hood he will drop the catch.
Transcribed Image Text:1:56 AM Wed Nov 18 * 8%O CP football project a + A B I U A 三 三 三 = E The forces of catching a ball 1. Running a. The force of the ground against his feet b. Friction c. gravity 2. Jumping a. Work - bending his legs storing PE b. "Pushing" off the ground c. Gravity 3. Catching the ball a. Force of the ball and the force of the hand i. Wears gloves to allow them to absorb some of the force of the ball b. Gravity c. Horizontal and vertical forces Things to take into account Mass of the runner Mass of the ball The velocity of the runner Acceleration of the runner The ball in the air is being affected by the force of gravity, air resistance, normal force, and the force of the thow and is kept in motion due to inertia. Given the strength of football players we can assume that ball would hurt to catch barehanded because the acceleration needs to be brought to zero, thus football gloves! The object is then stopped by the catcher When a player catches the ball, it exerts a force on the player, and in return, the player requires exerting a force of equal magnitude but in the opposite direction to bring the ball to rest. If he applies force in terms of push to the ball while catching it, both push forces - applied by the ball on his hands and his push force on the ball - will add up. In all likely-hood he will drop the catch.
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