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The velocity with which an object should be projected from the surface of the earth such that it reaches a maximum height equal to “n” time the radius of earth “R” is _____ (M = Mass of the earth) a) [(n*G*M)/(n+1)R] 1/2 b) [((n+1)*G*M)/(n+1)R] 2 c) [(n*G*M)/(n+1)R] d) [((n+1)*G*M)/nR] 2

The velocity with which an object should be projected from the surface of the earth such that it reaches a maximum height equal to “n” time the radius of earth “R” is _____ (M = Mass of the earth) a) [(n*G*M)/(n+1)R] 1/2 b) [((n+1)*G*M)/(n+1)R] 2 c) [(n*G*M)/(n+1)R] d) [((n+1)*G*M)/nR] 2

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The velocity with which an object should be projected from the surface of the earth such that it reaches a maximum height equal to “n” time the radius of earth “R” is _____ (M = Mass of the earth)

a) [(n*G*M)/(n+1)R] 1/2

b) [((n+1)*G*M)/(n+1)R] 2

c) [(n*G*M)/(n+1)R] d) [((n+1)*G*M)/nR] 2

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