24:53
chapter 4-Moving charges and magnetism||Magnetic force
18:28
chapter 4: Moving charges and magnetism|| conversion of galvanometer into Ammeter.
15:11
CET-2020/21 chapter 3-current electricity || potentiometer
15:32
Chapter 5- Law's of motion|| Equilibrium of a particle.
20:07
Chapter 5- Laws of motion|| Conservation of momentum.
14:53
Chapter 5- Laws of motion|| Introduction
16:43
Chapter 7- Alternating current || Introduction
17:01
Chapter 4-Motion in a plane|| Uniform circular motion and some definitions
09:27
Chapter 4-Motion in a straight line|| Expression for Range of a Projectile
07:42
Chapter 6-Electromagnetic induction|| Mutual induction
10:28
Chapter 6-Electromagnetic induction|| Expression for energy stored in the inductor.
11:59
Chapter 6-Electromagnetic induction|| Factors on which self inductance depends and numerical problem
23:08
Chapter 4-Motion in a plane|| Maximum height, Time of flight and Range of a Projectile.
12:09
Chapter 6-Electromagnetic induction|| Expression for a self induction
22:26
Chapter 4-Motion in a plane|| Expression for the trajectory of a Projectile.
16:01
Chapter 4- Motion in a plane|| Projectile Motion.
18:40
Chapter 4- Motion in a plane|| Dot product and cross product of two vectors.
17:20
#Induction and it's types ( 1- self induction)
21:17
#Eddy currents and it's applications.
19:21
#Motional EMF(Motional Electro motive force).
11:16
#Subtraction of vectors.
16:17
#Lenz's law
11:52
#Faraday's law of Electromagnetic induction.
08:25
#Polygon Law of vector addition.
11:35
#The experiments of Faraday & Henry||part-2(coil-coil experiment)
13:17
#The experiments of Faraday & Henry||part-1( coil-magnet experiment)
15:31
Chapter 6- Electromagnetic induction.# Introduction
19:08
#Various terms related to magnetism.
11:24
#Gauss'Law in magnetism.
23:53
#Magnetic field lines and it's properties.
21:55
#Parallelogram law of vector addition.
11:38
#Addition & Substraction of vectors-Graphical method
13:42
#Bar magnet and it's properties.
09:10
#Multiplication of vectors by real numbers.
13:24
#Position and displacement vector.
17:48
#Chapter 5- Magnetism and matter- Introduction
13:53
#Kinds of vectors.
06:39
#Definition of 'THE AMPERE'
27:42
#Force between two parallel infinitely long straight current carrying conductors.
15:51
#THE TOROID & it's expression.
20:27
#The solenoid & it's expression.
12:57
#Magnetic field due to infinite current carrying wire.
12:41
Chapter 4: Motion in a plane - Introduction
10:49
#Ampere's circuital Law.
13:12
#Magnetic field at the center of a current carrying loop.
26:10
#Magnetic field on the axis of a circular current loop.
14:11
#Relative velocity.
15:55
#Biot-Savart's Law(magnetic field due to current element).
14:51
#Magnetic force on a current carrying conductor.
17:06
#Magnetic force and it's expression.
17:05
Chapter 4: Moving charges and magnetism.#introduction
20:10
#wheatstone bridge .
18:10
#kinematic equations for uniformity accelerated motion.
14:13
#kirchhoff's second Law.
13:30
#kirchhoff's first Law( or kirchhoff's current law)
12:37
#kirchhoff's laws- introduction with some technical terms.
17:55
#Combination of cells in parallel.
16:37
#Combination of cells in series.
17:54
#Cell,E.M.F & Internal resistance of a cell
11:36
#Derivation of the conductivity.
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