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Two identical concentric rings each of m...

Two identical concentric rings each of mass` M `and radius `R` are placed perpendicular to each other. What is the moment of inertia about an axis passing through the center of this system and perpendicular to the plane of one of the rings?

A

`((3/2)MR^2)`

B

`(2MR^2)`

C

`(3MR^2)`

D

`((1/4)MR^2)`

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The correct Answer is:
A
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MAXIMUM PUBLICATION-SYSTEM OF PARTICLE AND ROTATIONAL MOTION-EXERCISE
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  4. State the perpendicular axis theorem.

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  6. Derive the mathematical relation between angular momentum and torque.

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  8. The rotational analogue of force is moment of force, also called torqu...

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  9. The rotational analogue of force is moment of force, also called torqu...

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  10. The rotational analogue of force is moment of force, also called torqu...

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  11. Classical dancers bring their hands closer to their body to rotate fas...

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  12. A wheel rolls along a straight line. Derive an expression for its tota...

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  13. The rotational analogue of force is

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  15. Moment of inertia about a diameter of a ring is(IO= (MR^2)/2)Draw a di...

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  16. The rotational analogue of mass is...........

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  17. The angular momentum of a particle is the rotational analogue of its l...

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  18. Starting from the equation connecting angular momentum and linear mome...

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  19. Moment of inertia in rotational motion is analogus to mass in linear m...

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  20. What is the moment of inertia of a disc about one of its diameter?

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