04:52

Current Electricity#27 Temperature coefficient of resistivity | JEE Main | NEET | Class12

05:32

Current Electricity#26 Colour coding of resistors | JEE Main | NEET | Class12

05:23

Current Electricity#25 Meter Bridge | JEE Main | NEET | Class12

09:47

Current Electricity#24 Measuring internal resistance | Comparing EMFs | JEE Main | NEET | Class12

14:34

Current Electricity#23 Measuring potential difference with potentiometer | JEE Main | NEET | Class12

10:26

Current Electricity#22 Working principle of potentiometer | JEE Main | NEET | Class 12

07:22

Current Electricity#21 Galvanometer to Voltmeter conversion | JEE Main | NEET | Class 12

10:31

Current Electricity#20 Galvanometer to Ammeter conversion | JEE Main | NEET | Class 12

06:40

Current Electricity#19 Galvanometer | Ammeter | Voltmeter | JEE Main | NEET | Class 12

08:51

Current Electricity#18 Wheatstone Bridge | JEE Main | NEET | Class 12

04:58

Current Electricity#15 Parallel combination formula application | JEE Main | NEET | Class 12

12:27

Current Electricity#14 Parallel combination of cells | JEE Main | NEET | Class 12

10:38

Current Electricity#13 Series combination of cells | JEE Main | NEET | Class 12

09:17

Current Electricity#12 Voltage law application | JEE Main | NEET | Class 12

07:10

Current Electricity#11 Kirchhoff's laws | JEE Main | NEET | Class 12

11:21

Current Electricity#10 EMF | Internal Resistance | JEE Main | NEET | Class 12

08:51

Current Electricity#9 Resistance | JEE Main | NEET | Class 12

11:12

Current Electricity#8 Ohm's law | JEE Main | NEET | Class 12

05:07

Current Electricity#7 Conductivity, Resistivity and Ohm's law | JEE Main | NEET | Class 12

11:36

Current Electricity#6 Current density derivation for a conductor | JEE Main | NEET | Class 12

08:09

Current Electricity#5 What is Current Density? | JEE Main | NEET | Class 12

10:12

Current Electricity#4 Drift Velocity derivation | JEE Main | NEET | Class 12

07:44

Current Electricity#3 Current due to systematic motion of electrons | JEE Main | NEET | Class 12

07:13

Current Electricity#2 Current due to random thermal motion | JEE Main | NEET | Class 12

07:53

Current Electricity#1 Concept of electric Current | JEE Main | NEET | Class 12

04:38

COM#17 Perfectly Inelastic collision |JEE Main | NEET | Class 11

08:07

COM#16 Approach to solve any head-on collision problem |JEE Main | NEET | Class 11

10:42

COM#14 Coefficient of restitution |JEE Main | NEET | Class 11

05:55

COM#14 Head-on collision | One-dimensional Collision |JEE Main | NEET | Class 11

06:11

COM#13 Head-on vs oblique | Elastic, Inelastic, Partially Elastic | JEE Main | NEET | Class 11

17:35

COM#12 Impulsive Forces | Collision basics | JEE Main | NEET | Class 11

07:07

COM#11 Linear momentum of a system | JEE Main | NEET | Class 11

06:18

COM#10 Linear momentum of a system | JEE Main | NEET | Class 11

06:16

COM#9 COM of a solid cone | JEE Main | NEET | Class 11

08:20

COM#8 COM of hemispherical shell | JEE Main | NEET | Class 11

15:41

COM#7 COM of solid hemisphere | JEE Main | NEET | Class 11

09:28

COM#6 COM of a half disc | JEE Main | NEET | Class 11

10:09

COM#5 COM of a half ring | JEE Main | NEET | Class 11

12:01

COM#4 COM of a thin rod | JEE Main | NEET | Class 11

11:26

COM#3 COM of a system of two point masses | JEE Main | NEET | Class 11

10:31

COM#2 Why COM is the mean position of system's mass? | JEE Main | NEET | Class 11

10:06

COM#1 What is Centre of mass? | JEE Main | NEET | Class 11

08:30

Capacitors#16 Wheatstone Bridge with Capacitors | JEE Main | NEET | Class 12

08:34

WEP#22 Average power | Instantaneous power | JEE Main | NEET | Class 11

11:04

WEP#21 When to apply Mechanical Energy Conservation | JEE Main | NEET | Class 11

15:46

WEP#20 Mechanical Energy Conservation | JEE Main | NEET | Class 11

09:02

WEP#19 Stable, Unstable, Neutral equilibrium | U vs r graph | JEE Main | NEET | Class 11

07:55

WEP#18 Potential energy and conservative force relationship | JEE Main | NEET | Class 11

16:03

WEP#17 Potential energy | JEE Main | NEET | Class 11

10:16

WEP#16 Conservative Forces | Non-Conservative forces | JEE Main | NEET | Class 11

09:11

WEP#15 Applying work-energy principle | JEE Main | NEET | Class 11

11:00

WEP#14 Work energy theorem | JEE Main | NEET | Class 11

16:21

WEP#13 Work done by internal forces | JEE Main | NEET | Class 11

03:31

WEP#12 Work done by static friction | JEE Main | NEET | Class 11

10:18

WEP#11 Work done by static friction | Work done by kinetic friction | JEE Main | NEET | Class 11

08:37

WEP#10 Work done by Normal | JEE Main | NEET | Class 11

05:32

WEP#9 Work done by tension | JEE Main | NEET | Class 11

07:18

WEP#7 Work done by a variable force | JEE Main | NEET | Class 11

08:39

WEP#8 Work done by a spring | JEE Main | NEET | Class 11

03:09

WEP#6 Relation between Kinetic Energy and momentum | JEE Main | NEET | Class 11