YouTube Videos - Units 3 & 4

 Oxford New Century Physics

From Dr Richard Walding, BAppSc, MSc, MPhil, PhD, FAIP, FRACI, CChem
Physics teacher - Moreton Bay College, Brisbane
Adjunct Research Fellow - Griffith University, Brisbane
Email: richard@walding.com

 Click here for New Century Physics Queensland main page

Here are some videos I made to go with the Unit 3 & 4 book. They are not a part of Oxford University Press's resources for this book. They are just supporting videos I made in my classroom with students' help.

Section	Page	YouTube link	YouTube title
0.2	10	https://youtu.be/of2mcD1C1gg	Adding maximum and minimum trendlines to a graph (NCPQ). Same as for Unit 1 & 2.
0.2	10	https://youtu.be/mVS7YWENShs	Adding custom error bars to an Excel graph (NCPQ). Same as for Unit 1 & 2.
1.3	50	https://youtu.be/2gW6-0G-3AA	Projectile motion experiment using a launcher (NCPQ). Mandatory prac 1.3
2.3	80	https://youtu.be/bGF9bxARdTA	Tenpin bowling ball rolling down an incline (NCPQ). Gets students thinking about rotational KE as a modification of the mandatory prac.
1.2	45	https://youtu.be/s-FabxkADfY	Horizontal vs vertical projection (NCPQ)
7.4	188	https://youtu.be/FPoqvuWiHck	Magnetic field about a current-carrying wire - using compasses (NCPQ). Uses F = BIL
7.3	192	https://youtu.be/LYryFbgF0R4	Magnetic field inside a loop (NCPQ)
7.2	192	https://youtu.be/h0mVxBSCsjQ	Graphing and linearising data in senior physics
7.2	182	https://youtu.be/GFkNl5IB62g	Trendlines for non-linear graphs (NCPQ). Refinement: See page 182. Prac on page 406 Strength of a magnet at various distances
7.2	186	https://youtu.be/y3-zEzgJIWY	Measuring magnetic strength with a steel plate (NCPQ) Relates to 7.2 p186 but not using current. Strength of a magnet at various distances
7.2	182	https://youtu.be/0-rmZNg33Kw	Magnetic force and separation distance #2 (NCPQ) See page 182. Prac 7.2 on page 406. Strength of a magnet at various distances
7.2	182	https://youtu.be/lhahXJKoPUI	Gaussian gun - investigation of magnetic potential energy and kinetic energy (NCPQ) Refinement: See page 182. Prac on page 406 Strength of a magnet at various distances
7.2	182	https://youtu.be/ocO45DZ0g1Y	Gaussian Gun - slow motion video (NCPQ) Refinement. See page 182. Prac 7.2 on page 406 Strength of a magnet at various distances
7.3	192	https://youtu.be/h9IYaQqu5PU	Magnetic field strength and current in a solenoid (NCPQ)
7.4	197	https://youtu.be/7vzsHU9kDvw	Filtered vs unfiltered DC power supply (NCPQ) For prac 7.4 p 408
7.4	197	https://youtu.be/_8OYspQOuyE	Filtered vs unfiltered DC power supply #2 (NCPQ) For prac 7.4 p 408
7.4	196	https://youtu.be/m21nSNOlIlk	Cathode ray - effect of a magnet (NCPQ)
7.4	196	https://youtu.be/aT_hzeeFhgE	Cathode ray tube - Maltese Cross (NCSP)
7.4	196	https://youtu.be/K2G6M3cYJZs	Cathode ray tube - paddlewheel (NCPQ)
7.4	197	https://youtu.be/SZpjC-teuOU	Force on current carrying wire in a magnetic field #1 (NCPQ) Pohlmeter
7.4	197	https://youtu.be/cCQTSfCkBDc	Force on current carrying wire in a magnetic field #2 (NCPQ) For prac 7.4 p 408
8.2	215	https://youtu.be/0VX5kHAviDA	Electromagnetic induction - factors affecting (NCPQ) Suggested experiment 8.1 Induction of an electric current using a magnet and coil.
8.2	215	https://youtu.be/A0osC3HxHig	Electromagnetic induction #1 - vertical (NCPQ) Refinement to: Suggested experiment 7.1 Induction of an electric current using a magnet and coil.
8.2	215	https://youtu.be/cjI-Vz2MJCQ	Electromagnetic induction #2 - pendulum (NCPQ) Refinement to: Suggested experiment 7.1 Induction of an electric current using a magnet and coil.
8.3 p	220	https://youtu.be/IDDj9IezZ9I	Lenz's law demonstration using a falling magnet in a pipe (NCPQ) Refinement to: Suggested experiment 7.1 Induction of an electric current using a magnet and coil.
8.4	225	https://youtu.be/ot-rrd9FvzY	Transformer demonstration with a ferrite core (NCPQ) Suggested prac 8.4 Induced EMF from an AC generator (obook)
8.4	225	https://youtu.be/_8VwcZN4gGs	Transformer - with ferrite core - showing linear response (NCPQ) Suggested prac 8.4 Induced EMF from an AC generator (obook)
8.4	225	https://youtu.be/qUzYG18eKQs	Transformer - with laminated steel core - showing linear response (NCPQ) Suggested prac 8.4 Induced EMF from an AC generator (obook)
8.4	225	https://youtu.be/gz21ZlhGdaE	Transformer - effect of ferrite core size (NCPQ) Suggested prac 8.4 Induced EMF from an AC generator (obook)
8.4	225	https://youtu.be/223--zoBoGo	Transformer - waveform as ferrite is core inserted (NCPQ) Suggested prac 8.4 Induced EMF from an AC generator (obook)
8.4	225	https://youtu.be/V1wlGYNRJRE	Transformer waveform at resonance (NCPQ) Suggested prac 8.4 Induced EMF from an AC generator (obook)
8.4	225	https://youtu.be/fWLrxLFFYJc	Transformer waveform and frequency (NCPQ) Suggested prac 8.4 Induced EMF from an AC generator (obook)
11.5	318	https://youtu.be/YCXlXMR46A8	Light dependent resistor - example of quantum effects (NCPQ)
8.3	220	https://youtu.be/BjXiIpy9tjQ	Electromagnetic induction in opposing solenoids (NCPQ)
8.3	220	https://youtu.be/yXk9ekO6gmo	Electromagnetic induction - electric guitar waveforms (NCPQ)
8.3	220	https://youtu.be/K2aswO6fpoc	Electromagnetic induction - electric guitar waveforms #2 (NCPQ)
11.2	305	https://youtu.be/n9bj2L6WnrU	Colour and temperature of a tungsten filament bulb (NCPQ)
11.2	305	https://youtu.be/1wMoR2y01Nw	Heating a nail white hot (NCPQ)
11.2	307	https://youtu.be/H_BpE9kRiZE	Crookes radiometer in action (NCPQ)
12.2	334	https://youtu.be/nzPUVmON3ak	Spectrum of hydrogen experiment using mobile phone camera (NCPQ)