2. An object on the moon falls with a constant gravitational acceleration of −1.6m/s2. An astronaut...

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2. An object on the moon falls with a constant gravitational acceleration of −1.6m/s2. An astronaut...

2. An object on the moon falls with a constant gravitational acceleration of −1.6m/s². An astronaut drops a hammer from a height of 6m with an initial velocity of 0m/s.

(a) Find the position function s(t) and the velocity function v(t) of the hammer.

(b) After how many seconds will the hammer hit the ground?

**Can you give me the solution step by step by using notes or videos? So I can understand

math calculus

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Answer 1

Answer #1

mon Geranitational acceleration of moon (9) - - Jor mis? hammer droped from height = 6m and intial velocity (W) 0 mis a) posi 7,5 = +². 17.5 = t 2.738 = 4 t=2.730 sec.. 2.738 Secs will the hammer hit . the After ground.

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Answer 2

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