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B. In the popular sci-fi TV series, The Expanse, ships travel around the solar system away from strong sources of gravity. To generate a sense of artificial gravity inside the ship, the ship needs to be continuously accelerating with everyone inside. This can be achieved by continually changing the speed, or by rotating. In one episode, a group of ships is trapped inside a large alien space station and cannot move faster than 28 m/s (relative to the space station), otherwise the aliens will get angry. Therefore, the only way to achieve artificial gravity is by rotating a large cylindrical ship. Assume the ship is not moving with respect to the space station. ar a. The ship has a diameter of 960 m and a length of 2460 m. What is the maximum centripetal acceleration that can be achieved by rotating the ship, without the people going over the 28 m/s speed limit when standing inside at the edge of the ship? b. If it took them 20 s to uniformly speed up to the maximum allowed rotation, what is the tangential acceleration of a person standing at the inside edge of the ship? c. What is the total magnitude of acceleration experienced by the person during the speed up? d. As they complete the speed up of the rotation, one character excitedly shouts "1/3 g!" and everyone else cheers. How does this statement compare to your answers