JEE SYLLABUS
Bohr's theory of hydrogen-like atoms;
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43.1 Early atomic models
43.2 Hydrogen spectra
43.3 Difficulties with Rutherford Model
43.4 Bohr's model
43.5 Limitations of Bohr's model
43.6 The wave function of an electron
43.7 Quantum mechanics of the hydrogen atom
43.8 Nomenclature in atomic physics
43.9 Laser
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Study Plan
Day 1
43.1 Early atomic models
43.2 Hydrogen spectra
43.3 Difficulties with Rutherford Model
43.4 Bohr's model
Day 2
Worked out examples 1 to 5
Exercises 1 to 5
Day 3
43.5 Limitations of Bohr's model
43.6 The wave function of an electron
43.7 Quantum mechanics of the hydrogen atom
Day 4
WOE 6 to 10
Exercises 6 to 10
Day 5
43.8 Nomenclature in atomic physics
43.9 Laser
WOE 11 to 15
Day 6
WOE 16 to 19
exercises 11 to 15
Day 7
Exercises 16 to 25
Day 8
Exercises 26 to 35
Day 9
Exercises 36 to 46
Day 10
Objective I and II
Questions for short answers 1 to 10
Day 11
Concept REview
Day 12
Formula Review
Days 13 to 20
Test paper problem solving
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JEE Question 2007 Paper I
The largest wavelength in the ultraviolet region of the hydrogen spectrum is 122 nm. The smallest wavelength in the infrared region of the hydrogen spectrum (to the nearest integer) is
(A) 802 nm (B) 823 nm (C) 1882 nm (D) 1648 nm
Sol: Ans [B]
1/122 = R*(1 - (1/4));
(1/λ) = ((1/9)-(1/∞))
From the two equations R = 823nm
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1 comment:
HC Verma looks to be a very popular book in India. And this plan sounds great. Very impressive indeed. I am a college sophomore with a dual major in Physics and Mathematics @ University of California, Santa Barbara. By the way, i came across these excellent physics flash cards. Its also a great initiative by the FunnelBrain team. Amazing!!
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