QUESTION 1 In the picture (right next to this problem in the HW folder), there is a grid of 0.8 kg point masses separated by a = 1.6 m. For the masses on the RIGHT with the axis of rotation on the center column of masses, what is the rotational inertia? Enter your answer to the tenth's place. QUESTION 2 In the picture (see the HW folder right next to this problem), there is a grid of 1.3 kg point masses separated by a = 2.6 m. For the masses on the LEFT with the axis of rotation on the left column of masses, what is the rotational inertia?
QUESTION 1 In the picture (right next to this problem in the HW folder), there is a grid of 0.8 kg point masses separated by a = 1.6 m. For the masses on the RIGHT with the axis of rotation on the center column of masses, what is the rotational inertia? Enter your answer to the tenth's place. QUESTION 2 In the picture (see the HW folder right next to this problem), there is a grid of 1.3 kg point masses separated by a = 2.6 m. For the masses on the LEFT with the axis of rotation on the left column of masses, what is the rotational inertia?
Chapter1: Temperature And Heat
Section: Chapter Questions
Problem 2CQ: Give an example in which A has some kind of non-thermal equilibrium relationship with B, and B has...
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QUESTION 1
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In the picture (right next to this problem in the HW folder), there is a grid of 0.8 kg point masses separated by a = 1.6 m. For the masses on the RIGHT with the axis of rotation on the center column of masses, what is the rotational inertia? Enter your answer to the tenth's place.
QUESTION 2
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In the picture (see the HW folder right next to this problem), there is a grid of 1.3 kg point masses separated by a = 2.6 m. For the masses on the LEFT with the axis of rotation on the left column of masses, what is the rotational inertia?
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