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AQA Physics A Level Student Book notes (2nd edition)
Jim Breithaupt - ISBN: 9780198351870
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View all 12 notes for AQA Physics A Level Student Book, written by Jim Breithaupt. All AQA Physics A Level Student Book notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a AQA Physics A Level Student Book summary or other study material that matches your study style perfectly, and studying will be a breeze.
Best selling AQA Physics A Level Student Book notes
Covers all topics for AQA Physics yr 2. Written when I sitting my A-levels, I'm currently doing my masters on how stars blow up so I think I can help you out.
- Class notes
- • 35 pages •
Covers all topics for AQA Physics yr 2. Written when I sitting my A-levels, I'm currently doing my masters on how stars blow up so I think I can help you out.
Essay about Medical Applications in Physics
- Essay
- • 14 pages •
Essay about Medical Applications in Physics
Nuclear physics, and turning points in physics covered from the AQA specification. Buy it if you need help.
- Class notes
- • 21 pages •
Nuclear physics, and turning points in physics covered from the AQA specification. Buy it if you need help.
These 5 pages of summary revision notes cover the following Mechanics topics: Scalars and Vectors, Moments, Motion - Dynamics, Projectile Motion, Momentum, and Work, Energy, Power. The are handwritten and cover all the key information in a way that is clear, concise and easy to understand.
- Summary
- • 5 pages •
These 5 pages of summary revision notes cover the following Mechanics topics: Scalars and Vectors, Moments, Motion - Dynamics, Projectile Motion, Momentum, and Work, Energy, Power. The are handwritten and cover all the key information in a way that is clear, concise and easy to understand.
AQA A level Physics year 2 content on turning points in physics, and nuclear physics. email me at and I can answer any and all questions you have about the content covered in the notes
- Class notes
- • 21 pages •
AQA A level Physics year 2 content on turning points in physics, and nuclear physics. email me at and I can answer any and all questions you have about the content covered in the notes
little extra from the original notes. covers the last parts of radioactivity
- Class notes
- • 2 pages •
little extra from the original notes. covers the last parts of radioactivity
An in depth look at how radioactive isotopes are used in physics. This includes carbon dating, argon dating as well as industrial uses. Also includes a look at the N-Z graph and how it links to isotopes.
- Summary
- • 1 pages •
An in depth look at how radioactive isotopes are used in physics. This includes carbon dating, argon dating as well as industrial uses. Also includes a look at the N-Z graph and how it links to isotopes.
A look into the three types of decay (alpha, beta and gamma) , including the experiments used to test them and how they react in a magnetic field. This summary also takes a look at some of the graphs (logarithmic) and the uses of Geiger Tubes
- Summary
- • 1 pages •
A look into the three types of decay (alpha, beta and gamma) , including the experiments used to test them and how they react in a magnetic field. This summary also takes a look at some of the graphs (logarithmic) and the uses of Geiger Tubes
A look at single and double slit diffraction and the differences between them. Includes the applications of the formula as well as the patterns (in terms of a graph) of how the the interference occurs.
- Summary
- • 1 pages •
A look at single and double slit diffraction and the differences between them. Includes the applications of the formula as well as the patterns (in terms of a graph) of how the the interference occurs.
This summary provides an in-depth look at circular motion and how to set up formulas to calculate centripetal forces, centripetal acceleration n as well as linear velocity, angular velocity and other related circular motion variables.
- Summary
- • 1 pages •
This summary provides an in-depth look at circular motion and how to set up formulas to calculate centripetal forces, centripetal acceleration n as well as linear velocity, angular velocity and other related circular motion variables.
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Newest AQA Physics A Level Student Book summaries
A deep dive into radioactive decay covering, including Half-life, decay constant and deriving the different formulas for those aiming for top grades or interested in the maths behind the physics.
- Summary
- • 1 pages •
A deep dive into radioactive decay covering, including Half-life, decay constant and deriving the different formulas for those aiming for top grades or interested in the maths behind the physics.
Nuclear physics, and turning points in physics covered from the AQA specification. Buy it if you need help.
- Class notes
- • 21 pages •
Nuclear physics, and turning points in physics covered from the AQA specification. Buy it if you need help.
These 5 pages of summary revision notes cover the following Mechanics topics: Scalars and Vectors, Moments, Motion - Dynamics, Projectile Motion, Momentum, and Work, Energy, Power. The are handwritten and cover all the key information in a way that is clear, concise and easy to understand.
- Summary
- • 5 pages •
These 5 pages of summary revision notes cover the following Mechanics topics: Scalars and Vectors, Moments, Motion - Dynamics, Projectile Motion, Momentum, and Work, Energy, Power. The are handwritten and cover all the key information in a way that is clear, concise and easy to understand.
AQA A level Physics year 2 content on turning points in physics, and nuclear physics. email me at and I can answer any and all questions you have about the content covered in the notes
- Class notes
- • 21 pages •
AQA A level Physics year 2 content on turning points in physics, and nuclear physics. email me at and I can answer any and all questions you have about the content covered in the notes
Quick, Flashcard questions for AQA AS/A Level Physics (7407, 7408) Particle Physics. Covers the whole of 3.2.1 on the AQA specification. Can be printed out and used as flashcards. Help strengthen your understanding of Particle Physics with quick fire questions.
- Summary
- • 4 pages •
Quick, Flashcard questions for AQA AS/A Level Physics (7407, 7408) Particle Physics. Covers the whole of 3.2.1 on the AQA specification. Can be printed out and used as flashcards. Help strengthen your understanding of Particle Physics with quick fire questions.
little extra from the original notes. covers the last parts of radioactivity
- Class notes
- • 2 pages •
little extra from the original notes. covers the last parts of radioactivity
An in depth look at how radioactive isotopes are used in physics. This includes carbon dating, argon dating as well as industrial uses. Also includes a look at the N-Z graph and how it links to isotopes.
- Summary
- • 1 pages •
An in depth look at how radioactive isotopes are used in physics. This includes carbon dating, argon dating as well as industrial uses. Also includes a look at the N-Z graph and how it links to isotopes.
A look into the three types of decay (alpha, beta and gamma) , including the experiments used to test them and how they react in a magnetic field. This summary also takes a look at some of the graphs (logarithmic) and the uses of Geiger Tubes
- Summary
- • 1 pages •
A look into the three types of decay (alpha, beta and gamma) , including the experiments used to test them and how they react in a magnetic field. This summary also takes a look at some of the graphs (logarithmic) and the uses of Geiger Tubes
A look at single and double slit diffraction and the differences between them. Includes the applications of the formula as well as the patterns (in terms of a graph) of how the the interference occurs.
- Summary
- • 1 pages •
A look at single and double slit diffraction and the differences between them. Includes the applications of the formula as well as the patterns (in terms of a graph) of how the the interference occurs.
This summary provides an in-depth look at circular motion and how to set up formulas to calculate centripetal forces, centripetal acceleration n as well as linear velocity, angular velocity and other related circular motion variables.
- Summary
- • 1 pages •
This summary provides an in-depth look at circular motion and how to set up formulas to calculate centripetal forces, centripetal acceleration n as well as linear velocity, angular velocity and other related circular motion variables.
Do you have documents that match this book? Sell them and earn money with your knowledge!
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