Q. 24.0( 1 Vote )
The binding energ A. n would not be integral.
B. Bohr-quantization applies only to electron
C. the frame in which the electron is at rest is not inertial.
D. the motion of the proton would not be in circular orbits, even approximately.
As we know M ≫m i.e. mass of proton (M= 1.6726 x 10-27 kg) is 1837 times heavier than mass of electron (m= 9.10938356 × 10-31 kg) so due to this the centripetal force [a force that acts on a body (here electron) moving in a circular path and is directed towards the center around which (i.e. proton) the body is moving] Fcentripetal so from this formula we can say FM ≫Fm. Hence due to this centripetal force, we can conclude that frame of reference is non-inertial because there is an acceleration present.
Therefore option (c) is correct.
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