When a soccer ball is at rest on the ground, what are the balanced forces that are acting on it?(1 point)

Responses

Normal force is pulling down on the soccer ball and Gravitational force is pushing up on the soccer ball.
Normal force is pulling down on the soccer ball and Gravitational force is pushing up on the soccer ball.

Air resistance is pulling down on the soccer ball and the Gravitational force is pushing up on the soccer ball.
Air resistance is pulling down on the soccer ball and the Gravitational force is pushing up on the soccer ball.

Normal force is pushing up on the soccer ball and the Gravitational force is pulling down on the soccer ball.
Normal force is pushing up on the soccer ball and the Gravitational force is pulling down on the soccer ball.

Air resistance is pushing up on the soccer ball and the Gravitational force is pulling down on the soccer ball.
Air resistance is pushing up on the soccer ball and the Gravitational force is pulling down on the soccer ball.
Question 2
A force of 100 N to the right is applied to a soccer ball when it is kicked. An opposite force of 5 N to the left is applied to the soccer ball due to the friction of the grass. What is the net force applied to the object?(1 point)
Responses

105 N to the right
105 N to the right

95 N to the right
95 N to the right

95 N to the left
95 N to the left

105 N to the left
105 N to the left
Question 3
When the soccer ball is moving through the air to the right, what is the main force that is acting on the ball, causing it's movement to the right, to slow down? (1 point)
Responses

Friction from contact with the ground
Friction from contact with the ground

Gravitational Force
Gravitational Force

Normal Force
Normal Force

Air Resistance (drag or fluid friction)
Air Resistance (drag or fluid friction)
Question 4
When the soccer ball comes in contact with the ground it bounces back up. Why does that happen?(1 point)
Responses

The ground pushes back with equal force but in the opposite direction. The ball bounces because the mass of the ball is equal to the mass of the Earth.
The ground pushes back with equal force but in the opposite direction. The ball bounces because the mass of the ball is equal to the mass of the Earth.

The ground pushes back with equal force but in the opposite direction. The ball bounces because the mass of the ball is less than the mass of the Earth.
The ground pushes back with equal force but in the opposite direction. The ball bounces because the mass of the ball is less than the mass of the Earth.

The ground pushes back with equal force but in the opposite direction. The ball bounces because the mass of the ball is greater than the mass of the Earth.
The ground pushes back with equal force but in the opposite direction. The ball bounces because the mass of the ball is greater than the mass of the Earth.

The ground pushes back with equal force but in the same direction. The ball bounces because the mass of the ball is greater than the mass of the Earth.

1 answer

Here are the answers to your questions:

Question 1: When a soccer ball is at rest on the ground, what are the balanced forces that are acting on it?

  • Correct Response: Normal force is pushing up on the soccer ball and the Gravitational force is pulling down on the soccer ball.

Question 2: A force of 100 N to the right is applied to a soccer ball when it is kicked. An opposite force of 5 N to the left is applied to the soccer ball due to the friction of the grass. What is the net force applied to the object?

  • Correct Response: 95 N to the right

Question 3: When the soccer ball is moving through the air to the right, what is the main force that is acting on the ball, causing it to slow down?

  • Correct Response: Air Resistance (drag or fluid friction)

Question 4: When the soccer ball comes in contact with the ground it bounces back up. Why does that happen?

  • Correct Response: The ground pushes back with equal force but in the opposite direction. The ball bounces because the mass of the ball is less than the mass of the Earth.

If you have any further questions or need additional explanations, feel free to ask!