06:31

H4 voltage and electric fields

06:38

H4 Electrical Potential Difference

05:43

I1 Electric Potential Energy

05:19

Optics in Medicine - Radiology

05:14

J3 - Current Density & Electron Drift Velocity

03:38

EL6 Power & Energy

09:40

L4 Inductance and Inductor Circuits

04:32

L3 Motional EMF

04:16

L2 Induction

03:15

Electromagnetism L1 Magnetic Flux

05:26

K2 Torque on current carrying loop

03:51

K2 Magnetic Force on a current carrying wire

08:19

K2 Magnetic forces on wires

03:49

K2 Motion of Charged Particles through magnetic fields

02:08

ES 4 Magnetism

02:14

ES 2 Inverse Square

03:47

ES 2 Coulomb's Law

09:40

H5 Electric Field Distributions

12:58

H4 Guass's Law

04:20

H4 Electric Flux

05:46

H3 Charge Density

08:27

ES 1 Types of Charging

06:58

ES 1 Conservation of Charge

06:01

ES 1 The Elementary Charge

01:30

WE6 Hooke's Law

04:08

WE6 Elastic Potential Energy

03:15

WE3 Potential Energy

01:49

WE4 Kinetic Energy

03:31

WE6 Conservation of Energy

04:49

Ohm's Law Practice Example # 2

07:21

Ohm's Law Practice Example # 1

02:11

WE2 Power

05:29

WE1 Energy

02:15

WE1 Work at an angle example

01:13

WE1 Work against gravity example

02:39

WE1 Work

03:15

M3 Explosions

01:59

M3 Elastic Collisions

05:55

M3 Conservation of Momentum

04:46

H2 Electric Field Lines

04:41

H2 Electric Field Strength

07:27

H1 Methods of Charging

02:52

H1 Electric Charge

05:30

H1 Coulomb's Law

05:37

J1 Power & Schematic Diagrams

01:32

J1 Ohms Law

04:45

J1 Electricity Resistance

12:24

J1 Voltage & Current

01:24

M2 Impulse Part B

07:16

M2 Impulse Part A

01:42

M1 Momentum

01:22

E3 Springs & Pendulums B

03:47

E3 Springs & Pendulums A

02:06

D10 Universal Gravitation B

05:47

D10 Universal Gravitation A

06:21

E1 Oscillations B

05:46

E1 Oscillations A

02:42

D9 Uniform Circular Motion C

03:05

D9 Uniform Circular Motion B

02:48

D9 Uniform Circular Motion A