is magnitude of physical quantity as a function of r (distance from centre of spherical distribution of radius R). Match the following columns and select the correct option from the codes given below: Column-IColumn-II(A)(I) is variation of gravitational potential for a uniform volumetric spherical distribution of mass(B)(II) is variation of gravitational potential for a uniform spherical shell.(C)(III) is variation or gravitational field intensity for a uniform volumetric spherical distribution of mass(D)(IV) is variation of gravitational field intensity for a uniformspherical shell.

The correct answer is C. Sphere Shell: for for field sphere for Shell: zero for

is magnitude of physical quantity as a function of r (dist…

Physics Gravitation Matching Type Question MCQ (Single Correct)

is magnitude of physical quantity as a function of r (distance from centre of spherical distribution of radius R). Match the following columns and select the correct option from the codes given below:

Column-I	Column-II
(A)		(I)	is variation of gravitational potential for a uniform volumetric spherical distribution of mass
(B)		(II)	is variation of gravitational potential for a uniform spherical shell.
(C)		(III)	is variation or gravitational field intensity for a uniform volumetric spherical distribution of mass
(D)		(IV)	is variation of gravitational field intensity for a uniform spherical shell.