I'm not sure if I solved part C correctly. The value I got is larger than the original distance; if the acceleration doubles wouldn't that result in a larger value of R? A space station consists of three modules, connected to form an equilateraltriangle of side length 82.0 m. Suppose 100 people, with an average mass of75.0 kg each, live in each capsule and the mass of the modules is negligiblecompared to the mass of the people. At the current rotational rate the effec-tive acceleration of gravity is g/2.(a) What angular momentum of the system?(b) If the modules are pulled closer what should happen to the rota-tional rate? Explain.(c) Determine the distance between the modules which would give aneffective acceleration of gravity equal to g?(d) Use the Proportionality sensemaking technique to evaluate whether the effective acceleration ofgravity changes as expected with a change in the distance between modules.

Given: Side of equilateral triangle is d=82.0m No. of people N=100 Mass of each person m=75.0kg…

Answered: A space station consists of three…

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A space station consists of three modules, connected triangle of side length 82.0 m. Suppose 100 people,