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The Whole of AQA GCSE Physics Paper 2 | 16th June 2025
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Covers in detail all the content needed for Combined and Separate science exams and both higher and foundation level. 2023 Predicted Exam Papers for GCSE and A-Level Biology, Chemistry, Physics, and Maths Revision Essential!
-full papers
-what is the question REALLY asking
-hints and tips from examiners
-the background behind the question
-how to structure your answer to get the most marks
-what the mark schemes really mean
I want to help you achieve the grades you (and I) know you are capable of; these grades are the stepping stone to your future. Even if you don't want to study science or maths further, the grades you get now will open doors in the future.
TIMESTAMPS
00:00 start
0:27 - scalar/vectors
1:26 - resultant force
2:03 - weight = mg
2:38 - work = force x distance
3:00 - Hooke's law
4:03 - force = spring constant x extension
4:22 - kinetic energy = 1/2 x m x v2
4:47 - states of matter / fluids
5:09 - pressure = f/a
5:49 - pressure = h x density x gravitational field strength
6:19 - break
6:29 - s = vt
6:45 - d/t graph
7:44 - v/t graph
9:17 - acceleration formula
9:47 - v2 - u2 = 2as
10:14 - terminal velocity
10:53 - inertia, conservation of energy, newton's third law
12:24 - f = ma
12:44 - stopping distance
13:54 - car safety
14:23 - break
14:34 - momentum
15:24 - waves, transverse and longitudinal
17:12 - wave frequency
17:48 - time period
18:15 - measuring the speed of a wave
18:58 - wave speed
19:19 - em wave spectrum
20:46 - diffraction
21:07 - refraction
21:49 - infrared radiation
22:26 - magnets, attraction and repelling
23:19 - electromagnets
24:20 - direction of magnetic fields
25:10 - factors that effect size of a force
26:06 - magnetic flux density
26:47 - a simple electric motor
27:37 - moving coil
28:22 - break; combined science finished
28:30 - moments
29:07 - force = mass x change in velocity / change in time
29:33 - wave reflections
30:14 - sound waves
30:54 - echo/ultrasound
32:24 - P and S waves
33:35 - converging lens
34:44 - diverging lens
35:50 - magnification = measured/actual size
35:57 - prisms + colours
36:42 - infrared radiation, black body
37:20 - the generator effect
37:31 - transformer
39:09 - solar system
41:11 - life cycle of a star
43:18 - inside a star
44:26 - satellites
44:46 - speed vs velocity
45:30 - wavelengths of stars
Some of the links in here are affiliate links, where is get a small percentage of any money spent, if you like my channel and want to support my work, clicking these is an easy way to do it.
Disclaimer; You should not carry out any of these practical’s without carrying out a full risk assessment of your own first.
I am human, and I make mistakes, please point out any that you find and there is no need to follow that with a load of abuse.
PhET Interactive Simulations
University of Colorado Boulder
Music; Something Elated by Broke For Free. From the Free Music Archive, CC BY
Images from; Classroom Core (TpT), Hidesy Clipart (TpT), The Cher Room (TpT), The Triple Point (TpT), Ninja Woman (TpT), The Painted Crew (TpT) Teacher's Clipart (TpT) Shutterstock
-full papers
-what is the question REALLY asking
-hints and tips from examiners
-the background behind the question
-how to structure your answer to get the most marks
-what the mark schemes really mean
I want to help you achieve the grades you (and I) know you are capable of; these grades are the stepping stone to your future. Even if you don't want to study science or maths further, the grades you get now will open doors in the future.
TIMESTAMPS
00:00 start
0:27 - scalar/vectors
1:26 - resultant force
2:03 - weight = mg
2:38 - work = force x distance
3:00 - Hooke's law
4:03 - force = spring constant x extension
4:22 - kinetic energy = 1/2 x m x v2
4:47 - states of matter / fluids
5:09 - pressure = f/a
5:49 - pressure = h x density x gravitational field strength
6:19 - break
6:29 - s = vt
6:45 - d/t graph
7:44 - v/t graph
9:17 - acceleration formula
9:47 - v2 - u2 = 2as
10:14 - terminal velocity
10:53 - inertia, conservation of energy, newton's third law
12:24 - f = ma
12:44 - stopping distance
13:54 - car safety
14:23 - break
14:34 - momentum
15:24 - waves, transverse and longitudinal
17:12 - wave frequency
17:48 - time period
18:15 - measuring the speed of a wave
18:58 - wave speed
19:19 - em wave spectrum
20:46 - diffraction
21:07 - refraction
21:49 - infrared radiation
22:26 - magnets, attraction and repelling
23:19 - electromagnets
24:20 - direction of magnetic fields
25:10 - factors that effect size of a force
26:06 - magnetic flux density
26:47 - a simple electric motor
27:37 - moving coil
28:22 - break; combined science finished
28:30 - moments
29:07 - force = mass x change in velocity / change in time
29:33 - wave reflections
30:14 - sound waves
30:54 - echo/ultrasound
32:24 - P and S waves
33:35 - converging lens
34:44 - diverging lens
35:50 - magnification = measured/actual size
35:57 - prisms + colours
36:42 - infrared radiation, black body
37:20 - the generator effect
37:31 - transformer
39:09 - solar system
41:11 - life cycle of a star
43:18 - inside a star
44:26 - satellites
44:46 - speed vs velocity
45:30 - wavelengths of stars
Some of the links in here are affiliate links, where is get a small percentage of any money spent, if you like my channel and want to support my work, clicking these is an easy way to do it.
Disclaimer; You should not carry out any of these practical’s without carrying out a full risk assessment of your own first.
I am human, and I make mistakes, please point out any that you find and there is no need to follow that with a load of abuse.
PhET Interactive Simulations
University of Colorado Boulder
Music; Something Elated by Broke For Free. From the Free Music Archive, CC BY
Images from; Classroom Core (TpT), Hidesy Clipart (TpT), The Cher Room (TpT), The Triple Point (TpT), Ninja Woman (TpT), The Painted Crew (TpT) Teacher's Clipart (TpT) Shutterstock
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