If the gravitational field intensity at a point is given by `g = (GM)/(r^(2.5))`. Then, the potential at a distance `r` isA. `(2GM)/(3r^(1.5))`B. `(-GM)/(r^(3.5))`C. `-(2GM)/(3r^(1.5))`D. `(GM)/(r^(3.5))`

If the gravitational field intensity at a point is given by `g = (GM)/

1.	If the gravitational field intensity at a point is given by `g = (GM)/(r^(2.5))`. Then, the potential at a distance `r` isA. `(2GM)/(3r^(1.5))`B. `(-GM)/(r^(3.5))`C. `-(2GM)/(3r^(1.5))`D. `(GM)/(r^(3.5))`
Answer» Correct Answer - A `V=-intEdr`

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If the gravitational field intensity at a point is given by `g = (GM)/(r^(2.5))`. Then, the potential at a distance `r` isA. `(2GM)/(3r^(1.5))`B. `(-GM)/(r^(3.5))`C. `-(2GM)/(3r^(1.5))`D. `(GM)/(r^(3.5))`

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