18:50

PYTHON 8 BISECTION METHOD

21:43

Lect 4.9: Rutherford's Scattering Formula

25:41

Lect 4.8: Scattering Cross Section

23:11

Python 7: While, If and For Loop in Python

00:27

Centrifugal force and Coriolis force

26:43

Lect A.4.6: Non Inertial Frame of Reference: Rotating Frame of Reference

13:14

Lect A.4.5: Non Inertial Frame of Reference

24:12

Python 6: More about Arrays in Python

25:27

python 5: List and array in python

16:02

Python 4: Lists in python

19:17

Python 3: Writing data to a file and plotting in python

09:05

Lect A.4.4: Law of Conservation of Energy is Invariant Under Galilean Transformation

08:31

Lect A.4.3: Law of Conservation of Linear Momentum is Invariant Under Galilean Transformation

15:17

Lect A.4.2: InvarianceUnderGalileanTransformation:Distance, Velocity, Acceleration and Newton's Laws

18:44

Python 1: Python to ipython, plots and subplots

17:46

python 2:Dealing with data in python and plotting

25:41

Lect A.4.1: Frame of Reference and Galilean Transformation

02:18

kehloori Lok Nritya by GC Bilaspur students at HSCA International Conference

02:31

Jheela ri kari laini sair by GC Bilaspur students in HSCA International Conference

03:34

Himachali Nati in 11th HSCA International Conference at GC Bilaspur, HP

11:45

Lecture A.3.6. Homogeneity of Time: Conservation of Total Energy

31:21

Lecture A.3.5. Isotropy of Space: Conservation of angular Momentum

20:28

Lecture A.3.4: Cartesian Coordinates in Rotating Frame of Reference

17:19

Lecture A.3.3: Homogeneity of Space: Newton's Third Law and Conservation of linear Momentum

10:41

Lecture A.3.2: Space and Time in Newtonian Mechanics

03:37

The Voice of Forest: Calmness and Chirping of Birds

23:18

Lecture A.3.1: Introduction to Space Time Symmetry

08:55

Lecture 2.20: Spherical Polar Coordinates-XI: Solid Angle subtended by ring at the centre of sphere

14:00

Lecture 2.19: SPC-X: Solid Angle in SphericalPolarCoordinates; Solid angle at centre of sphere is 4π

18:05

Lecture 2.18: Spherical Polar Coordinates-IX: Solid Angle and Plane Angle

21:01

Lecture 2.17: SPC-VIII: Line, Surface and Volume elements in terms of Spherical polar Coordinates

30:55

Lecture 2.16: Spherical Polar Coordinates-VII: Acceleration in terms of Spherical polar Coordinates

28:24

Lecture 2.15: S. P. C. VI: Spherical Polar Components of Velocity in terms of Cartesian Coordinates

13:36

Lecture 2.14: Spherical Polar Coordinates-V: Velocity in terms of Spherical polar Coordinates

12:35

Lecture 2.13: Spherical Polar Coordinates-IV:Spherical polar unit vectors are Mutually Perpendicular

18:05

Lecture 2.12: Spherical Polar Coordinates-III: Unit vectors in spherical polar coordinates

27:10

Lecture 2.11: Relation between three dimensional Cartesian and spherical polar coordinates

01:34

Lutru Mahadev

22:30

Lecture 2.10: Spherical Polar Coordinates-I

24:48

Lecture 2.9: Velocity and Acceleration in terms of Cartesian and Plane Polar Coordinates

08:39

Lecture 2.8: Properties of Plane Polar unit vectors: plane Polar Unit Vectors are Orthogonal

02:31

Talcum powder dancing on Thanda Paani Naluye ra tere

42:56

Lecture 2.7: Plane Polar Coordinates and their unit vectors in terms of Cartesian counter parts

26:29

Lecture 2.6: Vector Product to Area and Volume-II

02:02

Oscillating magnet in magnetic field

01:19

Pendulum in Magnetic field

22:57

Lecture 2.5: Vector Product to Area and Volume-I

40:14

Lecture 2.4: Position and Displacement vector in 2D and 3D space

38:35

Angle of incidence and angle of deviation using spectrometer

32:46

Lecture 2.3: Idea of Vectors and Concept of Position Vector

25:05

Lecture 2.2: Types of Coordinate Systems (Orthogonal and Non-orthogonal Coordinate System)

26:16

Angle of Prism using Spectrometer

19:26

Lecture 2.1: Introduction to Coordinate System

26:43

Angle of Prism using Laser and Derivation of Formula

15:53

CRO IV: Lissajous Figures using CRO, Function Generator, resistor, capacitor and bread board

26:40

Idea of Snell's Law to Refractive index of Prism

20:26

Lecture 1.6: Solution of Second Order Homogeneous Differential Equation with Constant Coefficients

19:26

Working with CRO-III: Amplitude and Frequency measurement using CRO

13:56

Working with CRO-II: Calliberation of CRO

15:11

Working with CRO-I