Explain the physics behind the fourth assumption in Bohr's atomic model, i.e., m¸vr=nh/2, where me and v are the mass and velocity of electron around the nucleus, respectively, r is the radius of an allowed orbit, n is an integer and h is the Plank constant.
Explain the physics behind the fourth assumption in Bohr's atomic model, i.e., m¸vr=nh/2, where me and v are the mass and velocity of electron around the nucleus, respectively, r is the radius of an allowed orbit, n is an integer and h is the Plank constant.
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![Explain the physics behind the fourth assumption in Bohr's atomic model, i.e.,
mevr-nh/2, where me and v are the mass and velocity of electron around the nucleus,
respectively, r is the radius of an allowed orbit, n is an integer and h is the Plank constant.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffae826ef-a2f7-45d5-9ba6-c0f257aec779%2Fa9fc7927-2f25-4f8b-8943-2e785b0943c9%2Fsvp7nrh_processed.png&w=3840&q=75)
Transcribed Image Text:Explain the physics behind the fourth assumption in Bohr's atomic model, i.e.,
mevr-nh/2, where me and v are the mass and velocity of electron around the nucleus,
respectively, r is the radius of an allowed orbit, n is an integer and h is the Plank constant.
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