Orbital Frequency Of Electron

The orbital frequency of an electron in the hydrogen atom is proportional to

The orbital frequency of an electron in the hydrogen atom is proportional to

Bohr’s Atomic Model||Calculation OF Radius||Velocity||Time Period and Frequency OF Electron in Bohr Orbit

An electron in an excited hydrogen atom makes transition from a state of quantum number n to a state of quantum number (n – 1) . (a) Show that the frequency of emitted radiation is intermediate between the frequencies of orbital revolution in initial and final states. (b) What is the relationship between frequency of emitted photon and the orbital frequency of the electron when n is large?

Bohr's atomic model || Radius OF electron in nth Bohr orbit || Velocity,time period & frequency OF electron in nth bohr orbit

If the radius of an orbit is r and the velocity of electron in it is v , then the frequency of electron in the orbit will be

Which of the following option(s) is/are independent of both n and Z for H- like species? U_(n) = Potential energy of electron in n^(th) orbit KE_(n) = Kinetic energy of electron in n^(th) orbit l_(n) = Angular momentam of electoron in n^(th) orbit v_(n) = Velcity of electron in n^(th) orbit f_(n) = Frequency of electron in n^(th) orbit T_(n) = Time period of revolution of electron in n^(th) orbit

Calculate the angular frequency of an electron occuppying the second Bohr orbit of He^(+) ion.

If the velocity of the electron in the first Bohr orbit having radius 0.53 Å is 2200 km/s . What is the frequency of the electron in the same orbit ?