Канал: Advanced Physics Tutor

4 temperature and energy equations

4 temperature and energy equations

3 Particles, particles everywhere

3 Particles, particles everywhere

2 Lots of particles in an ideal gas

2 Lots of particles in an ideal gas

1 Applying maths to the ideal gas

1 Applying maths to the ideal gas

9 Absolute zero

9 Absolute zero

8 What happens to an ideal gas when you change one aspect and keep the rest the same

8 What happens to an ideal gas when you change one aspect and keep the rest the same

7 Gas constants

7 Gas constants

6 The mole not a rodent but a unit for molecules

6 The mole not a rodent but a unit for molecules

5 Mass of an ideal gas

5 Mass of an ideal gas

4 What is temperature in an ideal gas

4 What is temperature in an ideal gas

3 What is volume in an ideal gas

3 What is volume in an ideal gas

2 What is pressure in an ideal gas

2 What is pressure in an ideal gas

1 What is an ideal gas

1 What is an ideal gas

3 Specific latent heat Moving between states

3 Specific latent heat Moving between states

2 Specific heat capacity moving withiin states

2 Specific heat capacity moving withiin states

1 What is thermal energy

1 What is thermal energy

2 Keeping nuclear energy safe outside the reactor

2 Keeping nuclear energy safe outside the reactor

1 Keeping nuclear energy safe inside the reactor

1 Keeping nuclear energy safe inside the reactor

2 How to make a nuclear reactor

2 How to make a nuclear reactor

1 How to make an atomic bomb

1 How to make an atomic bomb

6 Fission versus fusion

6 Fission versus fusion

5 Fusion

5 Fusion

4 Fission

4 Fission

3 Nucleoon number against average binding energ per nucleon

3 Nucleoon number against average binding energ per nucleon

2 The atomic mass unit removing standard notation

2 The atomic mass unit removing standard notation

1 Calculating mass from energy and vice versa

1 Calculating mass from energy and vice versa

3 Radius and nuclear density

3 Radius and nuclear density

2 How do you find the size of a nucleus Roentgen

2 How do you find the size of a nucleus Roentgen

1 How do you find the siaze of a nucleus Rutherford

1 How do you find the siaze of a nucleus Rutherford

4 The cause of gamma rays

4 The cause of gamma rays

3 Movement around the graph equations

3 Movement around the graph equations

2 Movement around the graph images

2 Movement around the graph images

1 The nuclear stability graph

1 The nuclear stability graph

3 Radioactive decay half life

3 Radioactive decay half life

2 Radoiactive decay equations

2 Radoiactive decay equations

1 The nucleus and chance

1 The nucleus and chance

2 The inverse square law the applications

2 The inverse square law the applications

1 The inverse square law the theory

1 The inverse square law the theory

2 Effects and limitations of nuclear radiation

2 Effects and limitations of nuclear radiation

1 Types of radioactivity

1 Types of radioactivity

1 Evidence for the nucleus

1 Evidence for the nucleus

0 Atoms are the building blocks of matter

0 Atoms are the building blocks of matter

2 Power distribution using transformers

2 Power distribution using transformers

1 Transformers

1 Transformers

2 The laws of electromagnetic induction

2 The laws of electromagnetic induction

1 Hints of electromagnetism

1 Hints of electromagnetism

1 Magnetic fields

1 Magnetic fields

2 Magnetic fields and electric wires the basics

2 Magnetic fields and electric wires the basics

2 The effects of magnetism on a loop of wire

2 The effects of magnetism on a loop of wire

3 Magnetic fields and electric wires equations and definitions

3 Magnetic fields and electric wires equations and definitions

3 Electromagnetic induction and the rectangular loop

3 Electromagnetic induction and the rectangular loop

1 Charges in a magnetic field

1 Charges in a magnetic field

3 Energy and capacitance

3 Energy and capacitance

4 Capacitor discharge

4 Capacitor discharge

2 A capacitance

2 A capacitance

1 The nature of charge

1 The nature of charge

3 Comparison of electrical field strength, potential and distance

3 Comparison of electrical field strength, potential and distance

1 Useful parts of a magnetic field

1 Useful parts of a magnetic field

2 Electrical field energy

2 Electrical field energy

1 Electrical fields force

1 Electrical fields force

2 Coulombs law

2 Coulombs law

1 Comparison of gravitational and electrical fields

1 Comparison of gravitational and electrical fields

3 Geosynchronous orbits

3 Geosynchronous orbits

2 Escape velocity and time period

2 Escape velocity and time period

1 Escape velocity

1 Escape velocity

4 The variation of potential field strength and displacement

4 The variation of potential field strength and displacement

3 Gravitational fields energy

3 Gravitational fields energy

4 Simple Harmonic Motion mathematics

4 Simple Harmonic Motion mathematics

2 Gravitational fields force

2 Gravitational fields force

1 Force fields

1 Force fields

1 Free and forced vibration

1 Free and forced vibration

1 Newton's other law

1 Newton's other law

2 Energy in oscillation Kinetic and potential

2 Energy in oscillation Kinetic and potential

1 Forces in oscillation mass spring and pendulums

1 Forces in oscillation mass spring and pendulums

3 What SHM looks like graphs

3 What SHM looks like graphs

1 Simple Harmonic motion

1 Simple Harmonic motion

2 What SHM looks like motion

2 What SHM looks like motion

8 Centripetal force

8 Centripetal force

7 Size of acceleration

7 Size of acceleration

6 Direction of acceleration

6 Direction of acceleration

5 Angular properties

5 Angular properties

4 Translating linear to circular

4 Translating linear to circular

3 The radian - circles natural unit

3 The radian - circles natural unit

2 Rotational and oscillatory

2 Rotational and oscillatory

3 Momentum and force

3 Momentum and force

1 Circular motion - confined motion

1 Circular motion - confined motion

2 Conservation of linear momentum

2 Conservation of linear momentum

1 Momentum

1 Momentum

$2 Diffraction gratings$

2 Diffraction gratings

$1 Diffraction$

1 Diffraction

$3 Uses of diffraction gratings$

3 Uses of diffraction gratings

3 Youngs double slits

3 Youngs double slits

2 An interference pattern

2 An interference pattern

1 Coherence

1 Coherence

$4 Diffraction and interference patterns$

4 Diffraction and interference patterns

3 A description of standing waves

3 A description of standing waves

2 Harmonics

2 Harmonics

1 Overlapping waves

1 Overlapping waves

4 Oscillating at other points

4 Oscillating at other points

$3 Snell's law of refraction$

3 Snell's law of refraction

5 The critical angle and total internal reflection

5 The critical angle and total internal reflection

$4 When refraction becomes reflection$

4 When refraction becomes reflection

$2 Refraction$

2 Refraction

1 Wave speed and media

1 Wave speed and media

4 Electromagnetic waves

4 Electromagnetic waves

1 Types of wave

1 Types of wave

3 Transverse waves

3 Transverse waves

2 Longitudinal waves

2 Longitudinal waves

4 Multiple waves - phase

4 Multiple waves - phase

3 Properties of waves

3 Properties of waves

2 What is an oscillation?

2 What is an oscillation?

1 Waves - what are they

1 Waves - what are they

5 Multiple waves - path difference

5 Multiple waves - path difference

1 Young's Modulus

1 Young's Modulus

5 Energies

5 Energies

4 Bulk solid terms - The bridge example

4 Bulk solid terms - The bridge example

3 Stress and strain

3 Stress and strain

2 Hooke's law

2 Hooke's law

1 Density

1 Density

6 Stress strain curves

6 Stress strain curves

4 Conservation of energy with a falling mass

4 Conservation of energy with a falling mass

3 Kinetic energy

3 Kinetic energy

2 Gravitational potential energy

2 Gravitational potential energy

1 Conservation of energy

1 Conservation of energy

5 Mechanical energy and resistive forces

5 Mechanical energy and resistive forces

2 Power

2 Power

1 Work and energy

1 Work and energy

3 Efficiency

3 Efficiency

4: Newtons third law - the reaction law

4: Newtons third law - the reaction law

3: Newtons second law - the measuring law

3: Newtons second law - the measuring law

2: Newtons first law - the inertia law

2: Newtons first law - the inertia law

5: Newtons third law - The couples law

5: Newtons third law - The couples law

1 Newtons laws of motion - An overview

1 Newtons laws of motion - An overview

12 Uniform acceleration equations - SUVAT

12 Uniform acceleration equations - SUVAT

11 Uniform acceleration equations derived from the geometry of a velocity time graph

11 Uniform acceleration equations derived from the geometry of a velocity time graph

10 Equations of motion - derived properties from areas and gradients

10 Equations of motion - derived properties from areas and gradients

9 Equations of motion - basic

9 Equations of motion - basic

8 Non uniform acceleration - the patterns they produce

8 Non uniform acceleration - the patterns they produce

7 Graphical representations - Acceleration, distance and displacement

7 Graphical representations - Acceleration, distance and displacement

6 Graphical representations - velocity time graphs

6 Graphical representations - velocity time graphs

5 Graphical representations - Velocity on a displacement time graph

5 Graphical representations - Velocity on a displacement time graph

4 Graphical representation - Displacement

4 Graphical representation - Displacement

3 Acceleration

3 Acceleration

2 Speed and velocity

2 Speed and velocity

1 Distance and displacement

1 Distance and displacement

13 Freefall

13 Freefall