Solve step by step pleaseTOPIC: ATOMIC PHYSICSUsing the primitive Bohr model, estimate the number of revolutions N made by anelectron around the nucleus in an excited state of the hydrogen atom during its half-life, which is of the order of 10-8 sec. Calculate for the excited state with; (a) n = 2;(b) n = 15; (c) Compare these numbers with the number of revolutions the Earthhas made around the Sun in the 4.5x109 years of its existence.

Given: The half life of electron in an exited state is 10-8 s. To determine: (a) The number of…

Using the primitive Bohr model, estimate the number of revolutions N made by a electron around the nucleus in an excited state of the hydrogen atom during its ha life, which is of the order of 10-8 sec. Calculate for the excited state with; (a) n = (b) n has made around the Sun in the 4.5x10° years of its existence. 15; (c) Compare these numbers with the number of revolutions the Ear

Using the primitive Bohr model, estimate the number of revolutions N made by a electron around the nucleus in an excited state of the hydrogen atom during its ha life, which is of the order of 10-8 sec. Calculate for the excited state with; (a) n = (b) n has made around the Sun in the 4.5x10° years of its existence. 15; (c) Compare these numbers with the number of revolutions the Ear