II Semester Teaching Plans- physics.xls

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2	SIR C R REDDY (A) COLLEGE, ELURU
3	Curricular Plan for the Academic Year :: 2020-21
4	Name of the Faculty Member	M.Raju				Name of the Department	PG Department of Physics
5	Name of the Faculty Member					Name of the Department	PG Department of Physics
6	Program	M.Sc PHYSICS				Group:
7	Title of the Course	PHY201: STATISTICAL MECHANICS
8	Year	I	Semester	II		Hrs allotted:	90
9	Section					Hours/Week	6hrs
10
11	Unit No. & Name	Hour	Day	Date	Topic to be Covered	Methodology	Remarks
12	Unit No. & Name	Hour	Day	Date	Topic to be Covered	Adopted	Remarks
13	Unit I Basic Methods and Results of Statistical Mechanics	1	THU	1/7/2021	Inroduction	Lecture Method
14		2	FRI	2/7/2021	Basic Methods	Lecture Method
15		3	SAT	3/7/2021	Foundations of statistical mechanics	Lecture Method
16		4	MON	5/7/2021	Specification of the state of a system	Lecture Method
17		5	TUE	6/7/2021	phase space	Lecture Method
18		6	WED	7/7/2021	phase space	Lecture Method
19		7	THU	8/7/2021	Basic postulates	Lecture Method
20		8	FRI	9/7/2021	Probability calculations	Lecture Method
21		9	MON	12/7/2021	Liouvilles theorem	Lecture Method
22		10	TUE	13/7/2021	Liouvilles theorem	Lecture Method
23		11	WED	14/7/2021	concept of ensembles.	Lecture Method
24		12	THU	15/7/2021	Micro canonical ensemble	Lecture Method
25		13	FRI	16/7/2021	Isolated systems	Lecture Method
26		14	SAT	17/7/2021	Entropy of a perfect gas in micro canonical ensemble	Lecture Method
27		15	MON	19/7/2021	Entropy of a perfect gas in micro canonical ensemble	Lecture Method
28		16	TUE	20/7/2021	Canonical ensemble	Lecture Method
29		17	WED	21/7/2021	system in contact with heat reservoir	Lecture Method
30		18	THU	22/7/2021	system in contact with heat reservoir	Lecture Method
31		19	FRI	23/7/2021	system in contact with heat reservoir	Lecture Method
32		20	SAT	24/7/2021	Grand canonical ensemble	Lecture Method
33		21	MON	26/7/2021	Thermodynamic function for the grand canonical ensemble	Lecture Method
34		22	TUE	27/7/2021	Density and energy fluctuations in the grand canonical ensemble	Lecture Method
35	Unit II Simple Applications of Statistical Mechanics	23	WED	28/7/2021	introduction	Lecture Method
36		24	THU	29/7/2021	Partition functions and their properties	Lecture Method
37		25	FRI	30/7/2021	Partition functions and their properties	Lecture Method
38		26	SAT	31/7/2021	Proof of the equipartition theorem	Lecture Method
39		27	MON	2/8/2021	Proof of the equipartition theorem	Lecture Method
40		28	TUE	3/8/2021	Simple applications	Lecture Method
41		29	WED	4/8/2021	mean K.E. of a molecule in a gas	Lecture Method
42		30	THU	5/8/2021	Brownian motion	Lecture Method
43		31	FRI	6/8/2021	Harmonic Oscillator	Lecture Method
44		32	SAT	7/8/2021	Harmonic Oscillator	Lecture Method
45		33	MON	9/8/2021	Partition function for polyatomic molecules	Lecture Method
46		34	TUE	10/8/2021	Partition function for polyatomic molecules	Lecture Method
47		35	WED	11/8/2021	Electronic energy, vibrational energy and rotational energy of a diatomic molecule	Lecture Method
48		36	THU	12/8/2021	Electronic energy, vibrational energy and rotational energy of a diatomic molecule	Lecture Method
49		37	FRI	13/8/2021	Calculation of thermo dynamic quantities to an ideal mono atomic gas	Lecture Method
50		38	MON	8/16/2021	Calculation of thermo dynamic quantities to an ideal mono atomic gas	Lecture Method
51		39	TUE	17/8/2021	Specific heats of solids	Lecture Method
52		40	WED	18/8/2021	Einstein model of solids	Lecture Method
53		41	FRI	20/8/2021	Einstein model of solids	Lecture Method
54		42	SAT	21/8/2021	Debye model of solids	Lecture Method
55		43	MON	23/8/2021	Debye model of solids	Lecture Method
56		44	TUE	24/8/2021	Debye model of solids	Lecture Method
57		45	WED	25/8/2021	Gibbs paradox	Lecture Method
58		46	THU	26/8/2021	Gibbs paradox	Lecture Method
59		47	FRI	27/8/2021	Effect of Nuclear spin-ortho and Para Hydrogen	Lecture Method
60		48	SAT	28/8/2021	Effect of Nuclear spin-ortho and Para Hydrogen	Lecture Method
61	Unit III Quantum Statistics	49	TUE	31/8/2021	Introduction to Quantum Statistics	Lecture Method
62		50	WED	1/9/2021	Formulation of the statistical problem	Lecture Method
63		51	THU	2/9/2021	Maxwell–Boltzmann statistics	Lecture Method
64		52	FRI	3/9/2021	Maxwell–Boltzmann statistics	Lecture Method
65		53	SAT	4/9/2021	Photon statistics	Lecture Method
66		54	MON	6/9/2021	Photon statistics	Lecture Method
67		55	TUE	7/9/2021	Bose-Einstein statistics	Lecture Method
68		56	WED	8/9/2021	Bose-Einstein statistics	Lecture Method
69		57	THU	9/9/2021	Fermi–Dirac statistics	Lecture Method
70		58	MON	13/9/2021	Fermi–Dirac statistics	Lecture Method
71		59	TUE	14/9/2021	calculation of dispersion for MB, BE & FD statistics	Lecture Method
72		60	WED	15/9/2021	calculation of dispersion for MB, BE & FD statistics	Lecture Method
73		61	THU	16/9/2021	calculation of dispersion for MB, BE & FD statistics	Lecture Method
74		62	FRI	17/9/2021	Bose-Einstein condensation	Lecture Method
75		63	SAT	18/9/2021	Bose-Einstein condensation	Lecture Method
76		64	MON	20/9/2021	Thermionic emission	Lecture Method
77		65	TUE	21/9/2021	Thermionic emission	Lecture Method
78		66	WED	22/9/2021	Thermionic emission	Lecture Method
79		67	THU	23/9/2021	Black body radiation	Lecture Method
80		68	FRI	24/9/2021	Black body radiation	Lecture Method
81		69	SAT	25/9/2021	Black body radiation	Lecture Method
82		70	MON	27/9/2021	theory of white dwarf stars.	Lecture Method
83		71	TUE	28/9/2021	theory of white dwarf stars.	Lecture Method
84		72	WED	29/9/2021	theory of white dwarf stars.	Lecture Method
85	UNIT-IV Phase Transitions and Critical Phenomena	73	THU	30/9/2021	introduction-	Lecture Method
86		74	FRI	1/10/2021	Phase Transitions	Lecture Method
87		75	MON	4/10/2021	Critical Phenomena	Lecture Method
88		76	TUE	5/10/2021	Phase transitions	Lecture Method
89		77	WED	6/10/2021	conditions for Phase equilibrium	Lecture Method
90		78	THU	7/10/2021	conditions for Phase equilibrium	Lecture Method
91		79	FRI	8/10/2021	First order Phase transition	Lecture Method
92		80	MON	11/10/2021	First order Phase transition	Lecture Method
93		81	TUE	12/10/2021	the Clausius–Clayperon equation	Lecture Method
94		82	THU	14/10/2021	the Clausius–Clayperon equation	Lecture Method
95		83	FRI	15/10/2021	Second order phase transition	Lecture Method
96		84	SAT	16/10/2021	Second order phase transition	Lecture Method
97		85	MON	18/10/2021	Second order phase transition	Lecture Method
98		86	TUE	19/10/2021	the critical indices	Lecture Method
99		87	WED	20/10/2021	Van der Waals theory of liquid gas transition	Lecture Method
100		88	THU	21/10/2021	Van der Waals theory of liquid gas transition	Lecture Method