Question
In a game of tug of war, team one pulls to the right with a force of 500 newtons and team two pulls to the left with a force of 600 newtons.
What is the net force? Click the best answer and drag it into the white box.
DRAG & DROP THE ANSWER
100 N to the right
1100 N to the left
100 N to the left
0 N; balanced
What is the net force? Click the best answer and drag it into the white box.
DRAG & DROP THE ANSWER
100 N to the right
1100 N to the left
100 N to the left
0 N; balanced
Answers
Answer
Drag and drop the pins to correctly identify the principles of Newton's Third Law.
DRAG & DROP THE ANSWER
NEWTON'S THIRD L
Action: Air Rushes Downward
Action: Air Rushes Upward
Reaction: Balloon is Forced Upward
Reaction: Balloon is Forced Downward
DRAG & DROP THE ANSWER
NEWTON'S THIRD L
Action: Air Rushes Downward
Action: Air Rushes Upward
Reaction: Balloon is Forced Upward
Reaction: Balloon is Forced Downward
Answer
If I push on the wall with 75 Newtons of force, the wall will push back with ? Newtons.
Fill in the blank
Fill in the blank
Answer
Is this correct? Is so, please provide an explanation
Answer
Identify the action and reaction forces for the rocket.
DRAG & DROP THE ANSWER
action force
reaction force
Engine Pushed Forward:
Exhaust Flow Pushed Backward:
DRAG & DROP THE ANSWER
action force
reaction force
Engine Pushed Forward:
Exhaust Flow Pushed Backward:
Answer
Is this correct?
Answered by
GPT 3.5
100 N to the left
Answered by
GPT 3.5
Action: Air Rushes Downward
Reaction: Balloon is Forced Upward
Reaction: Balloon is Forced Upward
Answered by
GPT 3.5
If you push on the wall with 75 Newtons of force, the wall will push back with 75 Newtons.
Answered by
GPT 3.5
No, that is not correct. According to Newton's third law of motion, the wall will push back on you with an equal but opposite force. Therefore, if you push on the wall with 75 Newtons of force, the wall will push back on you with 75 Newtons of force.
Answered by
GPT 3.5
action force
Engine Pushed Forward:
reaction force
Exhaust Flow Pushed Backward:
Engine Pushed Forward:
reaction force
Exhaust Flow Pushed Backward:
Answered by
GPT 3.5
No, that is not correct.
The correct identification of the action and reaction forces for the rocket would be:
action force: Exhaust Flow Pushed Backward
reaction force: Engine Pushed Forward
The correct identification of the action and reaction forces for the rocket would be:
action force: Exhaust Flow Pushed Backward
reaction force: Engine Pushed Forward