11:14

Introduction to Lenses alg default

11:08

Double Slit Interference alg default

10:55

Single Slit Diffraction alg default

05:06

Working Thin Lens Problems alg default

08:10

Ray Diagrams alg default

03:59

Interference and Diffraction Combined alg default

07:39

Types of Images alg default

04:24

Total Internal Reflection alg default

05:55

Snell's Law alg default

06:44

Light at the Interface Between Media alg default

07:43

Electromagnetic spectrum alg default

11:19

Introduction to Electromagnetic Waves alg default

08:51

Lenz's Law alg default

09:47

Faraday's Law alg default

12:41

Magnetic flux alg default

09:41

Net Magnetic Force between Parallel Current Carrying Wires alg default

08:24

Magnetic fields alg default

06:21

Magnetic Force on a Charge Moving in a Magnetic Field alg default

13:38

Magnetic Force on a Current Carrying Wire in a Magnetic Field alg default

13:59

LC circuits alg default

10:05

RL circuits alg default

10:34

Capacitors and inductors alg default

07:40

Introduction to inductors alg default

08:48

Discharging a series RC circuit alg default

16:19

Charging a series RC circuit alg default

14:33

Introduction to capacitors alg default

10:48

Introduction to resistors alg default

07:08

Electric potential due to point charges alg default

07:25

Electric potential in a constant electric field alg default

15:41

Electric potential alg default

07:16

Current alg default

14:25

Electric potential energy due to point charges default

16:21

Electric potential energy in a constant field alg default

10:12

Electric potential energy alg default

09:50

Net electric field alg default

11:12

Net electric force alg default

14:19

Cross products default

08:54

Dot product default

04:05

Center of mass of a system alg default

06:10

Right hand rule for torque default

04:49

Right hand rule for cross products default

09:58

Bernoulli's equation default

07:25

Ideal fluid flows default

04:06

Pressure at a depth within a fluid default

07:01

Density and pressure default

12:42

Buoyant force default

09:17

Gravitational potential energy due to point masses calc default

09:12

Conservation of Energy and the Gravitational Field default

09:05

Gravitational potential energy due to point masses alg default

04:49

Gravitational Potential Energy alg default

04:27

Gravitational Potential Energy calc default

08:17

Net Gravitational Field due to Point Masses alg default

12:40

Gravitational Fields default

06:22

Gravitational Acceleration default

06:23

Gravitational Field due to Point Masses default

08:22

Net Gravitational Force due to Point Masses alg default

06:53

Universal Law of Gravitation default

04:30

Second Law of Thermodynamics default

10:35

Applying the Second Law of Thermodynamics Calorimetry Problems default

06:33

Applying the Second Law of Thermodynamics Ideal Gas Law Problems default