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Energy of an electron in a Bohr's orbit
Lesson 12 of 15 • 3 upvotes • 11:51mins
Dhirpal
Total energy of an electron is the algebraic sum of electrostatic potential energy and kinetic energy of the electric in a Bohr's orbit. The total energy is proportional to potentialan kinetic energy. The negative and positive signs must be taken into account every time we calculate the total energy.
(Hindi) Bohr's Theory - Class 12
15 lessons • 2h 56m
1
Key Points of Bohr's Theory (in Hindi)
12:05mins
2
Bohr's Postulates (in Hindi)
15:00mins
3
Angular Momentum and Bohr's Assumptions (in Hindi)
11:20mins
4
Questions Based on Angular Momentum (in Hindi)
10:48mins
5
Energy Absorption and Emission in Bohr's Orbital Transition (in Hindi)
9:27mins
6
Spectrum and it's Analysis - 1 (in Hindi)
15:00mins
7
Spectrum and it's Analysis - 2 (in Hindi)
11:21mins
8
Radius of Bohr Orbit in H-atom - 1 (in Hindi)
14:32mins
9
Radius of Bohr Orbit in H-atom - 2 (in Hindi)
9:55mins
10
Questions based on Bohr's orbit
9:52mins
11
Velocity of electron in Bohr's orbit.
10:27mins
12
Energy of an electron in a Bohr's orbit
11:51mins
13
Energy of electron in Bohr's orbit part -2
10:24mins
14
Energy level diagram in H atom.
11:04mins
15
Frequency of emitted radiation in Bohr's orbital transition of electron
13:27mins
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