SI Units in Chemistry | Unit Conversion Class 11 | Rydberg constant | Atomic Structure | Part-II

conversion of units in atomic structure
converting units in chemistry
SI units in chemistry
conversion of units in chemistry class 11
Rydberg constant
Rydberg constant value
de Broglie equation class 11
Bohr Model of atom class 11
Heisenberg uncertainty principle
de Broglie wavelength of electron

Hello everyone, this video is a part of series of videos where we will discuss all the important units that we encounter in physical chemistry in our class 11 & 12. Here in this video which is part-II, I continue discussion of units that we see in atomic structure.
I explain in the start expression of energy of nth orbit in Bohr model for Hydrogen and Hydrogen like species. One of most important constants i.e. Rydberg constant is explained thoroughly. The value of Rydberg constant in various units is explained. After detailed discussion on Rydberg constant, De Broglie expression for wavelength and Heisenberg Uncertainty principle expressions are explained along with the units. At the last, numericals are taken from each equation to clearly understand the concept of units.

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Time stamps

00:00 - 00:50 - Introduction
00:51 - 02:00 - Important equations in Bohr Model
02:01 - 03:05 - Units ka Funda in Energy
03:06 - 04:19 - Rydberg constant - Our Hero !
04:20 - 08:21 - Rydberg constant in various units
08:22 - 09:46 - Expression of Rydberg constant
09:47 - 10:51 - SI unit value of Rydberg constant
10:52 - 13:02 - Energy in terms of Rydberg constant
13:03 - 14:26 - Convert SI Rydberg into eV
14:27 - 23:55 - Rydberg constant in units of wavenumber
23:56 - 25:01 - Wavelength in terms of Rydberg constant
25:02 - 26:05 - Units of Wavelength
26:06 - 29:20 - Bohr radius
29:21 - 32:12 - Tip for Faster Calculations
32:13 - 33:50 - De Broglie wavelength
33:51 - 36:05 - De Broglie wavelength of electron
36:06 - 37:53 - How we get this ?
37:54 - 40:05 - Heisenberg Uncertainty Principle
40:06 - 48:13 - Numerical-3
48:14 - 01:00:07 - Numerical-4
01:00:08 - 01:04:42 - Numerical-5
01:04:43 - 01:15:04 - Numerical-6
01:15:05 - 01:15:54 - Conclusion