I 3 ​ about ‘3’ and I 4 ​ about ‘4’. Axes ‘1’ and ‘2’ are perpendicular to the disc and ‘3’ and ‘4’ are in the plane of the disc. Axes ‘2’

Sahay Sir > Question Answers > I 3 ​ about '3' and I 4 ​ about '4'. Axes '1' and '2' are perpendicular to the disc and '3' and '4' are in the plane of the disc. Axes '2'
From a uniform disc of mass M and radius R, a concentric disc of radius R/2 is cut out. For the remaining annual disc: I 1 ​ is the moment of inertia about axis ‘1’, I 2 ​ about ‘2’, I 3 ​ about ‘3’ and I 4 ​ about ‘4’. Axes ‘1’ and ‘2’ are perpendicular to the disc and ‘3’ and ‘4’ are in the plane of the disc. Axes ‘2’, ‘3’ and ‘4’ intersect at a common point. Match the following.
26
Sep
From a uniform disc of mass M and radius R, a concentric disc of radius R/2 is cut out. For the remaining annual disc: I 1 ​ is the moment of inertia about axis ‘1’, I 2 ​ about ‘2’, I 3 ​ about ‘3’ and I 4 ​ about ‘4’. Axes ‘1’ and ‘2’ [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: '3' and '4' intersect at a common point. Match the following. , a concentric disc of radius R/2 is cut out. For the remaining annual disc: I 1 ​ is the moment of inertia about axis '1' , From a uniform disc of mass M and radius R , I 2 ​ about '2' , I 3 ​ about '3' and I 4 ​ about '4'. Axes '1' and '2' are perpendicular to the disc and '3' and '4' are in the plane of the disc. Axes '2' ,