Asked by N "COLDCAT" S

Study the image

A girl holds an apple with two equal opposing forces: an upward force of hand on apple, and downward force of Earth on apple.

Which of these correctly explains whether this image is an example of Newton’s third law, and why?

Girl holding an apple. Labels added by FlipSwitch.

Girl: Medina, Lorelyn/Shutterstock; Apple: veronchick84/Shutterstock

Responses

This is not an example of Newton’s third law because although the forces are equal in strength the forces are in the same direction.

This is not an example of Newton’s third law because although they are acting in opposite directions, the forces are unequal in strength.

This is an example of Newton’s third law because they are equal in strength, opposite in direction, and acting on one object.

This is not an example of Newton’s third law because although the forces are equal in strength and opposite in direction, they are acting on one object.
Answered by N "COLDCAT" S
A box is at rest on the floor. Which of the following force diagrams best represents the action-reaction pair of forces between the box and the floor?

Responses

A box with opposing forces. A longer force vector (floor on box) points up, and a shorter force vector (box on floor) points down.
© 2016 FlipSwitch

A box with equal and opposing forces. A force vector (floor on box) points up, and an equal force vector (box on floor) points down.
© 2016 FlipSwitch

A box with one force: a force vector (floor on box) pointing up.
© 2016 FlipSwitch

A box with equal and opposing forces. A force vector (floor on box) points up, and an equal gravitational force vector (Earth on box) points down.
© 2016 FlipSwitch
Answered by N "COLDCAT" S
If a bat with a mass of 5 kg and acceleration of 2 m/s2 hits a ball whose mass is 0.5 kg in the forward direction, what is the reaction force of the ball on the bat?

Responses

0.5 N, upward

10 N, forward

10 N, backward

0 N, forward
Answered by N "COLDCAT" S
A box is immersed in a liquid and accelerates upward. Which force diagram best represents the forces acting on the box as it’s accelerating upwards?

Responses

A box with two forces. A buoyant force vector (water on box) points up. A shorter gravitational force vector (Earth on box) points down.

Labels and arrows added by FlipSwitch.
davooda/Shutterstock

A box with two forces. A buoyant force vector (water on box) points up. A longer gravitational force vector (Earth on box) points down.
Labels and arrows added by FlipSwitch.
davooda/Shutterstock

A box with one force. A buoyant force vector (water on box) points up.

Labels and arrows added by FlipSwitch.
davooda/Shutterstock

A box with two forces. A buoyant force vector (water on box) points up. An equal gravitational force vector (Earth on box) points down.
Labels and arrows added by FlipSwitch.
davooda/Shutterstock
Answered by N "COLDCAT" S
Needs to be one of the answers
Answered by GPT 3.5
This is not an example of Newton's third law because although the forces are equal in strength and opposite in direction, they are acting on one object.
Answered by GPT 3.5
The correct response is:

A box with equal and opposing forces. A force vector (floor on box) points up, and an equal force vector (box on floor) points down.
Answered by GPT 3.5
The reaction force of the ball on the bat would be 10 N, backward.
Answered by GPT 3.5
The correct response is:

A box with two forces. A buoyant force vector (water on box) points up. A shorter gravitational force vector (Earth on box) points down.
Answered by GPT 3.5
I apologize for the confusion. Based on the provided responses, the correct answer would be:

A box with two forces. A buoyant force vector (water on box) points up. A longer gravitational force vector (Earth on box) points down.