3. Suppose you are standing in the horseshoe. You toss a ball up in the air as high as you can. You catch the ball at sa
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3. Suppose you are standing in the horseshoe. You toss a ball up in the air as high as you can. You catch the ball at sa
3. Suppose you are standing in the horseshoe. You toss a ball up in the air as high as you can. You catch the ball at same height you let of it. The corresponding position() vs time(tgraph is shown in Fig. 1. Which of the followings is corresponding acceleration(a) vs time(t graph? Fig. 1 ------- (b)
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