13:28

LEC-4 The neutrons

28:54

LEC-10 Compound pendulum in the form of elliptical lamina

09:52

LEC-3 Why nucleus do not contain electrons? ( rest lecture)

09:02

LEC-2 Why nucleus do not contain electrons

18:27

LEC-29 Effective Potential

10:10

LEC-9 Gravitational potential due to spherical shell or hollow sphere 2

16:13

LEC-1 Introduction to nuclear Physics

26:12

LEC-8 Gravitational potential due to spherical shell or hollow sphere

14:23

LEC-7 Gravitational potential

08:05

LEC- 6 Gravitational field intensity due to solid sphere

06:16

LEC-5 Gravitational field intensity due to hollow sphere

08:43

LEC- 9 Electric energy

15:46

LEC-4 Gravitational field intensity

37:05

LEC-28 The equations of motion and first integrals

16:36

LEC-8 Temperature dependence of resistivity

13:21

LEC -3 Characteristics of gravitational force

14:26

LEC-2 Shell Theorem:Gravitation

16:31

LEC-7 Mobility, Limitations of Ohms Law

12:16

LEC-1 Newton law of Gravitation

09:44

LEC-6 Relation between current and drift velocity

27:01

LEC-5 Drift Velocity

12:19

LEC-4 Microscopic form of Ohms Law

15:03

LEC - 3 Resistivity

13:07

LEC - 2 Ohms Law

26:29

LEC -1 Electric Current

02:04

Effective study technique

24:23

LEC -27 Reduction of Two body Central force problem to equivalent one body problem

02:54

How to create interest in study

18:40

LEC -26 Central force and it's characteristics

20:07

LEC-25 Symmetry and conservation law: Homogeneity of time

27:44

LEC-24 Symmetry and conservation laws: Isotropy of space

01:00

set your priorities

23:35

LEC -23 Symmetry and conservation law: Homogeneity of space

04:54

Tips to increase seating capacity

25:02

LEC - 22 Noether Theorem

23:55

LEC -21 Cyclic or ignorable co-ordinate

18:29

LEC - 20 Canonical Momentum

23:17

LEC -19 Supermacy of Lagrangian formalism over Newtonian mechanics

00:17

PDF notes

26:10

LEC -18 Generalized displacement

03:02

ATTENTION PLEASE

21:51

LEC-26 Maxwell relations

20:34

LEC-25 Exact differential

16:00

LEC-7 Rigid Rotator

22:54

Lec - 8 Spectra of rigid Rotator ( Rotational spectra )

14:29

LEC-6 Symmetric top, asymmetric top, spherical top and linear molecule

21:54

LEC-5 Natural line width , Collisional broading, Doppler broading, Heisenberg uncertainty principle

18:41

lec 12 p type semiconductor

14:00

Solid state physics ll Bravais lattices in two dimensions second part

31:55

Solid state physics ll Bravais lattices in two dimensions

23:41

Solid state Physics ll Wigner Seitz permittive cell

15:19

Solid state Physics ll Primitive cell, unit cell, conventional unit cell part 2

13:52

Solid state Physics ll Primitive cell, unit cell, conventional unit cell

24:35

Lec - 4 Bravais lattice

38:12

Lec - 3 Introduction to Bravais lattice or crystal lattice

22:14

LEC- 2 crystalline, amorphous and polycrystalline solids

21:58

Lec 1 Introduction to solid state Physics and Condensed matter Physics

20:33

Lec -11 n type semiconductor

14:19

LEC-4 INTRODUCTION TO ELECTRONIC X RAY AND GAMMA RAY SPECTROSCOPY

22:00

LEC-3 INTRODUCTION TO ROTATIONAL AND VIBRATIONAL SPECTROSCOPY