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For simplicity use g = 10 m/s in this question (only). Kubeka stands at the edge of a 35.0-m high cliff and throws a ball

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For simplicity use g = 10 m/s\" in this question (only). Kubeka stands at the edge of a 35.0-m high cliff and throws a ball directly upwards at 18.0 m/s. He fails to catch it on its way down and 1t falls to the bottom of the chiff. The time taken from ball's release until it lands at the bottom 1s (3) The speed with which the ball lands at the bottom 1s (1) Suppose that instead of throwing directly up it had been thrown at an inclination of 30, but at the same speed of 18 m/s. The speed with which the ball now lands at the bottom would be larger than / smaller than / the same as (1) BECAUSE (2)

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