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A-Level Physics EDEXCEL Year 2 > 5.E Core Practical On Capacitors > Flashcards

5.E Core Practical On Capacitors Flashcards

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A-Level Physics EDEXCEL Year 2 (90 decks)

1.1 Impulse and Momentum

1.2 Work and Energy

1.3 Elastic and Inelastic Collisions

1.4 Collisions in 2 Dimensions

1.5 Rockets and Jets

4.1 Electric Fields Intro

4.2 Electric Field Strength

4.3 Uniform Electric Field

4.4 Use of electrostatics in the real world

4.5 Radial Electric Fields

4.6 Coulomb's Law

4.7 Potential Gradient and Electric Potential

4.8 Difference between Electric and Gravitational Fields

4.E Millikan's Oil Drop Experiment

5.1 What are capacitors

5.2 Energy storage by capacitors

5.3 Capacitors in the real world

5.6 Capacitor Discharge

5.E Charging a capacitor

6.1 Magnetic Fields Introduction

6.2 Magnetic Flux Density

6.4 + 6.5 F = BQV and electron beams

6.6 Changing Magnetic Flux

6.7 Electromagnetic Induction - Intro + Faradays Law

6.7 Electromagnetic Induction - Lenz Law

6.7E Extra Equations and Graphs for Electromagnetic Induction

6.8 AC and transformers

7.1 Language of the Atom

7.2 Alpha Particle Scattering

7.3 Thermionic Emission

7.4 Equations for radius of circular motion of charged particles in magnetic field

7.6 Linear Accelerators

7.7 Particle Detectors

7.8 Einstein's Equation

8.1 Quarks Introduction

8.2 Matter and Anti-Matter

8.3 Other Mass Units

8.4 Creation and Annihilation of Matter

8.5 Standard Model - Time Dilation

8.5 The Standard Model - Leptons

8.5 Standard Model - Quarks

8.6 Mesons and Baryons

9.2 Background Radiation

9.3 Dangers Of Radiation

9.4 Ionising Radiation

9.5 Disintegration Processes

9.6 Nature of Radioactive Decay

9.7 Half Life - NC

10.1 Heating,Temperature and Internal Energy

10.2 Units of Temperature

10.3 Specific Heat Capacity

10.4 Measuring specific heat capacity

12.2 Ideal Gas Basics and Boyle's Law

12.2 Pressure Law

12.2 Charles' Law

12.3 Equation of state for an ideal gas NC

12.4 Kinetic Theory

12.5 Kinetic Model of Temperature (equations for pressure of an ideal gas on the walls of container and internal energy of an ideal gas)

13.1 Trigonometric Parallax

13.2 Luminosity And Flux

13.3 Standard Candles

13.4 Hertzsprung - Russel Diagram and Star Life Cycle

13.5 Light from the stars

14.5 Doppler Effect + Hubble Constant

5.E (all of 5.4-5.6) Capacitor Maths

5.E Core Practical On Capacitors

15.1 Simple Harmonic Motion

15.2 Springs and SHM

15.3 Pendulums and SHM

15.4 Equations of Simple Harmonic Motion

3.1 Uniform Gravitational Fields

3.2 Newton's Law of Universal Gravitation

3.3 Radial Gravitational Fields

3.4 Gravitational Field and Potential

15.5 Energy is Simple Harmonic Motion

15.6 Free,Damped and Forced Oscillations

2.1 Circular Motion Introduction

2.2 Centripetal Forces

2.3 Apparent Weightlessness

14.4 Fusion (and Stellar Fusion)

14.2 Nuclear Binding Energy

14.1 How do stars begin?

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