**YouTube physics videos are listed below. Current categories are:**

G: General

E: Electricity (current)

M: Mechanics

P: Particles

More videos will be added as time permits.

Click (or right-click) on a link to watch the video.

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G: General

G1 SI prefixes

G2 Standard Form (scientific notation) (1 of 3)

G3 Standard Form (scientific notation) (2 of 3)

G4 Standard Form (scientific notation) (3 of 3)

G5 Data analysis using y=mx+c

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E: Electricity (current)

E01 Charge and Current. Part 1 of 2

E02 Charge and Current. Part 2 of 2

E03 Emf and voltage. Part 1 of 2

E04 Emf and voltage. Part 2 of 2

E05 IV (Characteristic) Curves Part 1 of 2

E06 IV (Characteristic) Curves Diodes Part 2 of 2 (diodes)

E07 Resistance. Part 1 of 2

E08 Resistance. Part 2 of 2

E09 Ohm's Law

E10 Kirchhoff's First Law

E11 Kirchhoff's Second Law

E12 Resistors in series

E13 Resistors in parallel

E14 The resistance of series and parallel resistor combinations

E15 Internal Resistance 1 of 4

E16 Internal Resistance 2 of 4

E17 Internal Resistance 3 of 4

E18 Internal Resistance 4 of 4

E19 Potential (Voltage) Dividers

E20 Potentiometers

E21 Power in Electrical Circuits - Part 1 of 2

E22 Power in Electrical Circuits - Part 2 of 2

E23 Resistivity Part 1 of 2

E24 Resistivity Part 2 of 2

E25 Resistance and Temperature 1 of 3

E26 Resistance and Temperature 2 of 3. Semiconductors

E27 Resistance and Temperature 3 of 3 Superconductors

E28 Circuits - Problem Solving

E29 The Oscilloscope

E30 Alternating Current (AC) Part 1 of 2

E31 Alternating Current (AC) Part 2 of 2

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M: Mechanics

Scalars and Vectors

M01 Scalars and Vectors Introduction

M02 Vectors - Notation, Multiplication by a scalar

M03a Vectors - Addition and Subtraction 1 of 3

M03b Vectors Addition and Subtraction 2 of 3

M03c Vectors Addition and Subtraction 3 of 3

M04 Vectors -resolving into components

M05 Using vector components

Kinematics

M06 Displacement and Displacement-Time Graphs

M07 Velocity

M08 Finding velocity from a displacement time graph

M09a Acceleration Part 1 of 2

M09b Acceleration Part 2 of 2

M10a Velocity Time Graphs Part 1 of 2

M10b Velocity Time Graphs Part 2 of 2

M11a suvat equations Part 1 of 4 v=u+at

M11b suvat equations Part 2 of 4

M11c suvat equations Part 3 of 4

M11d suvat equations Part 4 of 4

M12a Projectiles Part 1 of 3

M12b Projectiles Part 2 of 3

M12c Projectiles Part 3 of 3

Statics

M13a Introduction to Forces. Part 1 of 4. Weight

M13b Introduction to Forces. Part 2 of 4. Normal Reaction (normal force)

M13c Introduction to Forces. Part 3 of 4. Friction

M13d Introduction to Forces. Part 4 of 4. Tension and Compression.

M14a Moment of a force (torque). Part 1 of 3.

M14b-part a. Moment of a force (torque). Part 2a of 3. Centre of Gravity

M14b-part b. Moment of a force (torque). Part 2b of 3. The Principle of Moments

M14c Introduction to the moment of a force (torque). Part 3 of 3. τ = Fdsin(θ)

M15a Forces: Equilibrium and Problem Solving. Part 1 of 2.

M15b Forces: Equilibrium and Problem Solving. Part 2 of 2.

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P: Particles

P01 Particles. Introduction. Atomic Structure.

P02 Particles. Nuclear composition. Isotopes.

P03 Nuclide notation and nuclear equations.

P04 Ions and charge-to-mass-ratio (specific charge).

P05 Photons

P06 The Equivalence of Matter and Energy. E=mc2

P07 Particles and Antiparticles, Matter and Antimatter

P08 Beta Decay

G: General

E: Electricity (current)

M: Mechanics

P: Particles

More videos will be added as time permits.

Click (or right-click) on a link to watch the video.

______________________________________________________

G: General

G1 SI prefixes

G2 Standard Form (scientific notation) (1 of 3)

G3 Standard Form (scientific notation) (2 of 3)

G4 Standard Form (scientific notation) (3 of 3)

G5 Data analysis using y=mx+c

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E: Electricity (current)

E01 Charge and Current. Part 1 of 2

E02 Charge and Current. Part 2 of 2

E03 Emf and voltage. Part 1 of 2

E04 Emf and voltage. Part 2 of 2

E05 IV (Characteristic) Curves Part 1 of 2

E06 IV (Characteristic) Curves Diodes Part 2 of 2 (diodes)

E07 Resistance. Part 1 of 2

E08 Resistance. Part 2 of 2

E09 Ohm's Law

E10 Kirchhoff's First Law

E11 Kirchhoff's Second Law

E12 Resistors in series

E13 Resistors in parallel

E14 The resistance of series and parallel resistor combinations

E15 Internal Resistance 1 of 4

E16 Internal Resistance 2 of 4

E17 Internal Resistance 3 of 4

E18 Internal Resistance 4 of 4

E19 Potential (Voltage) Dividers

E20 Potentiometers

E21 Power in Electrical Circuits - Part 1 of 2

E22 Power in Electrical Circuits - Part 2 of 2

E23 Resistivity Part 1 of 2

E24 Resistivity Part 2 of 2

E25 Resistance and Temperature 1 of 3

E26 Resistance and Temperature 2 of 3. Semiconductors

E27 Resistance and Temperature 3 of 3 Superconductors

E28 Circuits - Problem Solving

E29 The Oscilloscope

E30 Alternating Current (AC) Part 1 of 2

E31 Alternating Current (AC) Part 2 of 2

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M: Mechanics

Scalars and Vectors

M01 Scalars and Vectors Introduction

M02 Vectors - Notation, Multiplication by a scalar

M03a Vectors - Addition and Subtraction 1 of 3

M03b Vectors Addition and Subtraction 2 of 3

M03c Vectors Addition and Subtraction 3 of 3

M04 Vectors -resolving into components

M05 Using vector components

Kinematics

M06 Displacement and Displacement-Time Graphs

M07 Velocity

M08 Finding velocity from a displacement time graph

M09a Acceleration Part 1 of 2

M09b Acceleration Part 2 of 2

M10a Velocity Time Graphs Part 1 of 2

M10b Velocity Time Graphs Part 2 of 2

M11a suvat equations Part 1 of 4 v=u+at

M11b suvat equations Part 2 of 4

M11c suvat equations Part 3 of 4

M11d suvat equations Part 4 of 4

M12a Projectiles Part 1 of 3

M12b Projectiles Part 2 of 3

M12c Projectiles Part 3 of 3

Statics

M13a Introduction to Forces. Part 1 of 4. Weight

M13b Introduction to Forces. Part 2 of 4. Normal Reaction (normal force)

M13c Introduction to Forces. Part 3 of 4. Friction

M13d Introduction to Forces. Part 4 of 4. Tension and Compression.

M14a Moment of a force (torque). Part 1 of 3.

M14b-part a. Moment of a force (torque). Part 2a of 3. Centre of Gravity

M14b-part b. Moment of a force (torque). Part 2b of 3. The Principle of Moments

M14c Introduction to the moment of a force (torque). Part 3 of 3. τ = Fdsin(θ)

M15a Forces: Equilibrium and Problem Solving. Part 1 of 2.

M15b Forces: Equilibrium and Problem Solving. Part 2 of 2.

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P: Particles

P01 Particles. Introduction. Atomic Structure.

P02 Particles. Nuclear composition. Isotopes.

P03 Nuclide notation and nuclear equations.

P04 Ions and charge-to-mass-ratio (specific charge).

P05 Photons

P06 The Equivalence of Matter and Energy. E=mc2

P07 Particles and Antiparticles, Matter and Antimatter

P08 Beta Decay

Thanks very much for this - appreciated greatly!!! Excellent work :-)

ReplyDeleteThank you!

ReplyDeleteThanks

ReplyDeleteYou are awesome.Me and my friends are realy thankful to you.

please upload A2's topics.

Thanks. Glad the videos are useful.

DeleteSorry, I have no A2 videos. I upoad each video as soon as I have made it. I make the videos whenever I have free time - but I have only a limited amount of free time unfortunately.

Hi Steve..Brilliant videos

ReplyDeleteI would be so grateful if you could help me with a small moment problem. Is there any way of emailing you

Cheers

Lee

Hi Lee,

DeleteSorry, I don't give out my personal email.

If you leave a question using a YouTube-comment for the relevant video (e.g. M14a) I might be able to reply via the comment system,

You could also try posting your question in the Physics section of Yahoo Answers; I (and others) often reply to these, especially when the poster includes an explanation of their difficult and/or what they have tried so far.

As a general rule I won't provide online help to individuals on request or I would be overwhelmed!

Steve

Hi Steve

DeleteI perfectly understand. Thank you for the reply. I will take a shot at the Yahoo section

Although saying that I would be willing to pay a reasonable fee for an independent assessment of a small moment problem of a device underwater. We did two assessments and so far we have received to 2 different answers to the same problem.

We are a small company recently set up working on desalination technologies.

If you feel you can help please feel free to email me at lee@h-e-t.eu

Cheers

Lee

simpler

ReplyDeletehttps://docs.google.com/a/h-e-t.eu/document/d/161NgQ-kv7NoGxkeyRJcBDUyyQrcCajz0OaWy_zy8S18/edit