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OCR A - A Level Physics > 3.2.1 Electromotive Force & Potential Difference > Flashcards

3.2.1 Electromotive Force & Potential Difference Flashcards

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Physics 101 flashcards AP® Physics flashcards

OCR A - A Level Physics (126 decks)

1.1.2 Prefixes, Standard Form & Conversions

1.2.2 Uncertainty

1.3.1 Scalars & Vectors

1.3.2 Resolving Vectors

2.1.1 Linear motion

2.1.2 Graphs of motion

2.1.3 Bouncing Ball Example

2.1.6 Terminal Velocity

2.1.8 Projectile Motion

2.2.3 Centre of Mass

2.2.5 Density & Pressure

2.2.4 Equilibrium

2.3.1 Work & Conservation of Energy

2.3.2 Kinetic & Potential Energy

2.4.2 Mechanical Properties of Matter

2.4.3 Mechanical Properties of Matter 2

2.4.4 Young's Modulus

2.5.1 Newton's Laws of Motion

2.5.2 Impulse & Momentum

2.5.3 Collisions

2.5.4 Newton's Third Law

3.1.2 Mean Drift Velocity

3.2.1 Electromotive Force & Potential Difference

3.2.2 Resistance

3.2.3 I-V Characteristics

3.2.4 Resistivity

3.2.5 Power (again)

3.3.1 Series & Parallel

3.3.2 Internal Resistance

3.3.3 Potential Dividers

3.4.2 Speed & Phase

3.4.3 Wave Motion

3.4.4 Polarisation

3.4.5 Stationary Waves

3.4.6 Stationary Waves (again)

3.5.1 Interference

3.5.2 Interference 2

3.5.3 Diffraction

3.5.4 Diffraction Gratings

3.5.5 Diffraction Grating Equation

3.5.6 Refraction at a Plane Surface

3.5.7 Internal Reflection & Optical Fibre

3.6.2 The Photoelectric Effect

3.6.3 The Photoelectric Effect Explanation

3.6.4 Wave-Particle Duality

4.1.1 Thermal Energy Transfer

4.1.2 Thermal Energy Transfer Experiments

4.1.3 Ideal Gases

4.1.4 Ideal Gases 2

4.1.5 Boyle's Law & Charles' Law

4.1.6 Molecular Kinetic Theory Model

4.1.7 Molecular Kinetic Theory Model 2

4.2.1 Circular Motion

4.2.2 Circular Motion 2

4.3.1 Simple Harmonic Motion

4.3.2 Simple Harmonic Systems

4.3.3 Damping & Resonance

4.3.4 Simple Harmonic Motion (again)

4.4.1 Newton's Law of Gravitation

4.4.2 Gravitational Field Strength

4.4.3 Gravitational Potential

4.4.4 Planetary Motion

4.4.5 Planetary Motion 2

4.4.6 Escape Velocity & Orbit

4.5.2 EM Radiation from Stars

4.5.3 Wien's & Stefan's Laws

4.5.4 Distance Measurement

4.5.5 Cosmological Principle

4.5.6 Doppler Effect

4.5.7 Hubble's Law

4.5.8 The Big Bang Theory

5.1.1 Capacitance

5.1.2 Parallel Plate Capacitor

5.1.3 Energy Stored by a Capacitor

5.1.4 Capacitor Discharging

5.1.5 Capacitor Charging

5.2.1 Coulomb's Law

5.2.2 Electric Field Strength

5.2.3 Electric Field Strength 2

5.2.4 Electric Potential

5.2.5 Electric & Gravitational Field

5.3.1 Magnetic Flux Density

5.3.2 Moving Charges in a Magnetic Field

5.3.3 Magnetic Flux & Flux Linkage

5.3.4 Electromagnetic Induction

5.3.5 Electromagnetic Induction 2

5.3.6 Alternating Current

5.3.7 Operation of a Transformer

5.3.8 Magnetic Flux Density (again)

5.4.1 Particles, Antiparticles & Photons

5.4.2 Particle Interactions

5.4.3 Particle Classification

5.4.4 Particle Classification 2

5.4.5 Quarks & Antiquarks

5.4.6 Conservation in Particle Interaction

5.4.7 Rutherford Scattering

5.4.8 Alpha & Beta Radiation

5.4.9 Gamma Radiation

5.4.10 Radioactive Decay

5.4.11 Half Life

5.4.12 Nuclear Instability

5.4.13 Nuclear Radius

5.4.14 Mass & Energy

5.4.15 Binding Energy

5.4.16 Induced Fission

5.4.17 Safety Aspects of Nuclear Reactors

5.4.18 Nuclear Fusion

5.5.3 Diagnostic Methods

5.5.4 Diagnostic Methods 2

5.5.5 Ultrasound

5.5.6 Ultrasound 2

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