1.According to Bohr correspondence principle when quantumnumber is very large(A) frequency of revolution of electron on an orbit is equalto the frequency of photon emitted when electron jumpsfrom that orbit to next lovwer orbit.(B) classical physics approaches quantum physics.(C) wavelength of electron De-Broglie wavelength does notdepend on kinetic energy of electron.(D) energy of electrons are not quantized.

According to Bohr's correspondence principle, in the limit of large quantum numbers, the system can…

According to Bohr correspondence principle when quantum number is very large (A) frequency of revolution of electron on an orbit is equal to the frequency of photon emitted when electron jumps from that orbit to next lower orbit. (B) classical physics approaches quantum physics. (C) wavelength of electron De-Broglie wavelength does not depend on kinetic energy of electron. (D) energy of electrons are not quantized.

According to Bohr correspondence principle when quantum number is very large (A) frequency of revolution of electron on an orbit is equal to the frequency of photon emitted when electron jumps from that orbit to next lower orbit. (B) classical physics approaches quantum physics. (C) wavelength of electron De-Broglie wavelength does not depend on kinetic energy of electron. (D) energy of electrons are not quantized.