1:34:44 According to Newton\'s third law, for every force there is always a reac

Question

1:34:44 According to Newton's third law, for every force there is always a reaction force of equal magnitude and opposite direction. In each of the reaction pair of forces. (a) A tennis racket hits a tennis ball, exerting a force on the ball.(Select all that apply) the force exerted by the tennis ball on the racket O the force felt in the player's arm at time of contact the force the tennis racket exerts on the tennis ball the force the tennis court exerts on the player's feet (b) Two ice skaters are initially at rest and in contact. One of the skaters then pushes on the other skater's back, exerting a force on that skater. (Select all that apply) the force the ice rink exerts on the first skater the force the other skater exerts on the first skater's hands the force the first skater exerts on the back of the other the force the ice rink exerts on the other skater ce on the tree. (Select all that apply.) car is moving at high speed and runs into a tree, exerting a D the force the car exerts on the tree D the force the tires exert on the road (c) A the force the tree exerts on the car D the force the road exerts on the tires (d) Two cars are moving in opposite directions and collide head-on. (Setect an that apply,) the force the road exerts on the tires or the second car the force the road exerts on the tires of the first car the force the second car exerts on the first car the force exerted by the first car on the second car 20

Explanation / Answer

(a)

(i) and (iii) Action-Reaction Pair

(b)

(ii) and (iii) Action-Reaction Pair

(c)

(i) and (iii) Action-Reaction Pair

(ii) and (iv) Action-Reaction Pair

(d)

(iii) and (iv) Action-Reaction Pair

(e)

(i) and (ii) Action-Reaction Pair

(iii) and (iv) Action-Reaction Pair

(f)

(i) and (ii) Action-Reaction Pair

(iii) and (iv) Action-Reaction Pair

(g)

(ii) and (iii) Action-Reaction Pair

(h)

(iii) and (iv) Action-Reaction Pair

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