Question: Keeping in mind Newton's Third Law, state the reaction force for the following force: (be specific about the direction of the force and which object

 Keeping in mind Newton's Third Law, state the reaction force forthe following force: (be specific about the direction of the force andwhich object it affects) The backward force of a runner's shoe onthe ground. Question 2 (1 point) Keeping in mind Newton's Third Law,

state the reaction force for the following force: (be specific about thedirection of the force and which object it affects) The forward forceof gases on a rocket engine. Question 3 (2 points) A firefighterat the scene of a fire is holding a heavy hose out

Keeping in mind Newton's Third Law, state the reaction force for the following force: (be specific about the direction of the force and which object it affects) The backward force of a runner's shoe on the ground. Question 2 (1 point) Keeping in mind Newton's Third Law, state the reaction force for the following force: (be specific about the direction of the force and which object it affects) The forward force of gases on a rocket engine. Question 3 (2 points) A firefighter at the scene of a fire is holding a heavy hose out of which water is gushing. To keep his balance, he often has to lean. Which way does he lean? 0 Forward O Backwards Question 4 (2 points) Two basketball players run into each other. Player 1, with a mass of 55.0 kg, experiences a 15.6 mls2 acceleration. If player 2 has a mass of 48.5 kg, she experience an acceleration of mi's2 immediately following the collision. (Give your answer with the correct number of signicant digits and do not include units) [w Question 5 (2 points) While on an ice-fishing trip, you find yourself holding a 10 kg fish but stuck in the middle of the lake. The ice is perfectly smooth and you cannot walk or shuffle your feet towards the shore. But because you understand Newton's Laws, you are still able to make it back to shore. Briefly explain what did you did. Why did it worked? (Please include directional words such as up/down, towards/away from shore, left/right, etc.) Question 6 l2 oointsl When a skydiver falls towards the Earth, the force of gravity from Earth pulls her towards the Earth and she is obviously accelerating towards the Earth. Can the reverse (the force of gravity pulls the Earth towards her and the Earth is accelerating towards her) be true? Explain

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