A particle is taken to a distance r (gt R) from centre of the earth. R is radius of the earth. It is given velocity V which is perpendicular to With the given values of V in column I you have to match the values of total energy of particle in column II and the resultant path of particle in column III. Here 'G' is the universal gravitational constant and 'M' is the mass of the earth.

A particle is taken to a distance r (gt R) from centre of the earth. R

1.	A particle is taken to a distance r (gt R) from centre of the earth. R is radius of the earth. It is given velocity V which is perpendicular to With the given values of V in column I you have to match the values of total energy of particle in column II and the resultant path of particle in column III. Here 'G' is the universal gravitational constant and 'M' is the mass of the earth.
Answer» ANSWER :A::B::C::D

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