Physics
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An 85.0 kg astronaut is working on the engines of a spaceship that is drifting through

An 85.0 kg astronaut is working on the engines of a
spaceship that is drifting through space with a con-
stant velocity. The astronaut turns away to look at
Earth and several seconds later is 30.0 m behind the
ship, at rest relative to the spaceship. The only way
to return to the ship without a thruster is to throw a
wrench directly away from the ship. If the wrench
has a mass of 0.500 kg, and the astronaut throws the
wrench with a speed of 20.0 m/s, how long does it
take the astronaut lo reach the ship?
Show Answers
taylorwhitfield6
taylorwhitfield6
4,7(12 marks)

Option (1)

Explanation: A spring tide occurs when the sun, earth and the moon are collinear. It is the condition in which the gravitational pull is exerted on earth by both the sun as well as the moon, from opposite sides. Due to this, there occurs a high tide, in comparison to the regular tide, because of the combination of both the gravitational force. It occurs two time a year on each of the lunar month.

Thus, the correct answer is option (1).

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