what three forces are present as a basketball is tossed upward into a hoop
puch weight
weight friction
push friction
push weight friction
The three forces that are present as a basketball is tossed upward into a hoop are:
1. Gravity/Weight: This force pulls the basketball downward towards the Earth. It acts vertically downward from the center of mass of the basketball.
2. Push/Thrust: This force is initially exerted by the person throwing the basketball upwards. It propels the basketball in the desired direction.
3. Air Resistance/Friction: As the basketball moves through the air, it experiences air resistance or friction. This force opposes the motion of the basketball and affects its velocity and trajectory.
The three forces present as a basketball is tossed upward into a hoop are:
1. Weight: This force is the gravitational force pulling the basketball downward towards the Earth. It is always present and acts vertically downward.
2. Friction: Frictional forces can come into play during the motion of the basketball. However, in the context of a basketball being tossed upward into a hoop, there is typically no significant friction acting on the basketball.
3. Push: When a person tosses a basketball upward, they apply a force to it in the upward direction. This force is commonly referred to as the pushing force and it acts vertically upward on the basketball.
When a basketball is tossed upward into a hoop, three forces come into play: weight, friction, and air resistance.
1. Weight: Weight is the force due to gravity acting downwards on the basketball. It pulls the basketball towards the ground and gives it its weight. When the basketball is tossed upward, weight is responsible for pulling it back towards the ground.
2. Friction: Friction is the force that opposes motion when two surfaces come into contact with each other. In the case of a basketball being tossed upward into a hoop, there are two types of friction involved:
a. Push Friction: This refers to the friction between the basketball and the person's hand or fingers during the tossing motion. It opposes the initial forward push of the hand and can affect the initial trajectory and speed of the basketball.
b. Air Resistance: As the basketball moves through the air, it experiences air resistance. Air resistance is a type of friction that opposes the motion of an object through the air. It acts in the opposite direction to the basketball's motion, slowing it down as it moves upward towards the hoop.
It's important to note that the term "push weight friction" doesn't represent a distinct force, but rather a combination of the different forces (push, weight, and friction) that are acting on the basketball as it is tossed upward.