In Bohr model of hydrogen atom, the force on the electron depends on the principal quantum number as
In Bohr model of hydrogen atom, the force on the electron depends on the principal quantum number as
- A
$F \propto 1/{n^3}$
- B
$F \propto 1/{n^4}$
- C
$F \propto 1/{n^5}$
- D
Does not depend on $n$
Similar Questions
If radiation of allow wavelengths from ultraviolet to infrared is passed through hydrogen agas at room temperature, absorption lines will be observed in the :
If radiation of allow wavelengths from ultraviolet to infrared is passed through hydrogen agas at room temperature, absorption lines will be observed in the :
For principal quantum number $n = 3$, the possible values of orbital quantum number $‘l’$ are
For principal quantum number $n = 3$, the possible values of orbital quantum number $‘l’$ are
In the following diagram, which particle has highest $e/m$ value?
In the following diagram, which particle has highest $e/m$ value?
- [AIIMS 2007]
In an atom, two electrons move around the nucleus in circular orbits of radii $R$ and $4R.$ The ratio of the time taken by them to complete one revolution is : (neglect electric interaction)
In an atom, two electrons move around the nucleus in circular orbits of radii $R$ and $4R.$ The ratio of the time taken by them to complete one revolution is : (neglect electric interaction)
The figure represents the observed intensity of $X-$rays emitted by an $X-$ray tube, as a function of wavelength. The sharp peaks $A$ and $B$ denote
The figure represents the observed intensity of $X-$rays emitted by an $X-$ray tube, as a function of wavelength. The sharp peaks $A$ and $B$ denote