QUESTION 1In 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 2In 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? All masseshave equalAxis ofrotationAxis ofrotationmass m.

Answer 1: There are three masses on each side of the central axis at a distance (a) from the axis.…

Answered: QUESTION 1 In the picture (right next…

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

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

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
1. 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?

All masses
have equal
Axis of
rotation
Axis of
rotation
mass m.

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