Question

A particle of mass is moving around the origin with a constant force pulling it towards the origin. If Bohr model is used to describe its motion, the radius of the orbit and the particle's speed in the orbit depend on as

Accepted Answer

(C) $r \propto n^{2/3}$; $v \propto n^{1/3}$

A particle of mass $m$ is moving around the origin with a constant force $F$ pulling it towards the origin. If Bohr model is used to describe its motion, the radius of the $n^{th}$ orbit and the particle's speed $v$ in the orbit depend on $n$ as

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A particle of mass mmm is moving around the origin with a constant force FFF pulling it towards the origin. If Bohr model is used to describe its motion, the radius of the nthn^{th}nth orbit and the particle's speed vvv in the orbit depend on nnn as

Need a video for this idea?

A particle of mass $m$ is moving around the origin with a constant force $F$ pulling it towards the origin. If Bohr model is used to describe its motion, the radius of the $n^{th}$ orbit and the particle's speed $v$ in the orbit depend on $n$ as