A charge particle `q` is released at a distance `R_(@)` from the infinite long wire of linear charge density `lambda`. Then velocity will be proportional to (At distance `R` from the wire) A. `R^(3)`B. `e^(R//R_(0))`C. `R^(2)`D. `[n((R)/(R_(0)))]^(-1//2`

A charge particle `q` is released at a distance `R_(@)` from the infin

1.	A charge particle `q` is released at a distance `R_(@)` from the infinite long wire of linear charge density `lambda`. Then velocity will be proportional to (At distance `R` from the wire) A. `R^(3)`B. `e^(R//R_(0))`C. `R^(2)`D. `[n((R)/(R_(0)))]^(-1//2`
Answer» Correct Answer - D

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A charge particle `q` is released at a distance `R_(@)` from the infinite long wire of linear charge density `lambda`. Then velocity will be proportional to (At distance `R` from the wire) A. `R^(3)`B. `e^(R//R_(0))`C. `R^(2)`D. `[n((R)/(R_(0)))]^(-1//2`

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