Show that in Bohrs theory, the frequency of photon emitted as the electron makes a transition from an orbit with quantum number n to an orbit of quantum number n – 1 is given by: meet f = 8ežh3 [(n – 1)²n²] 2п - 1
Show that in Bohrs theory, the frequency of photon emitted as the electron makes a transition from an orbit with quantum number n to an orbit of quantum number n – 1 is given by: meet f = 8ežh3 [(n – 1)²n²] 2п - 1
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![Qus.
H.W. 3
First lecturer: Dr. Ahmed Fouad Al-Neama
Instructor:
Show that in Bohrs theory, the frequency of photon emitted as the electron makes a
transition from an orbit with quantum number n to an orbit of quantum number n – 1 is
Q1 given by:
me*
f =
8ezh3 [(n – 1)²n²]
2п - 1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa5e19d6a-8d37-40ee-8ff9-aba4990674f0%2Fb41908ea-acca-41f7-8d59-24c8177536b7%2Fnjxosl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Qus.
H.W. 3
First lecturer: Dr. Ahmed Fouad Al-Neama
Instructor:
Show that in Bohrs theory, the frequency of photon emitted as the electron makes a
transition from an orbit with quantum number n to an orbit of quantum number n – 1 is
Q1 given by:
me*
f =
8ezh3 [(n – 1)²n²]
2п - 1
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