Канал: lscphysics

$Astro 05 - Diffraction Gratings$

Astro 05 - Diffraction Gratings

Waves 06 - Total Internal Reflection

Waves 06 - Total Internal Reflection

Astro 06 - Wien's Law & Stefan's Law

Astro 06 - Wien's Law & Stefan's Law

Thermal 03b - Root Mean Square Speed

Thermal 03b - Root Mean Square Speed

SHM 03b - Velocity

SHM 03b - Velocity

Nuclear Physics 02 - Radius of Atomic Nuclei

Nuclear Physics 02 - Radius of Atomic Nuclei

CM 01b - Angular Velocity

CM 01b - Angular Velocity

Capacitors 6 - Charging through a Resistor

Capacitors 6 - Charging through a Resistor

Capacitors 4 - Factors Affecting Capacitance

Capacitors 4 - Factors Affecting Capacitance

Depth in Physics Practice Paper Question 6

Depth in Physics Practice Paper Question 6

Depth in Physics Practice Paper Question 5

Depth in Physics Practice Paper Question 5

lscphysics Competition Question 2016

lscphysics Competition Question 2016

Depth in Physics Practice Paper Question 4

Depth in Physics Practice Paper Question 4

Depth in Physics Practice Paper Question 3

Depth in Physics Practice Paper Question 3

Depth in Physics Practice Paper Question 2

Depth in Physics Practice Paper Question 2

Depth in Physics Practice Paper Question 1

Depth in Physics Practice Paper Question 1

Uncertainty Calculations : Exam Questions

Uncertainty Calculations : Exam Questions

Radiotherapy Compensators and Wedges (intro)

Radiotherapy Compensators and Wedges (intro)

Experimental Uncertainties in Measurements and Calculated Values

Experimental Uncertainties in Measurements and Calculated Values

Terminal Velocity Experiment

Terminal Velocity Experiment

Exam Question : Distance travelled by accelerating car in a second.

Exam Question : Distance travelled by accelerating car in a second.

Standing Waves in Quite Some Detail

Standing Waves in Quite Some Detail

Newton's Third Law and Projectile Motion Exam Question

Newton's Third Law and Projectile Motion Exam Question

Digital Oscilloscope Demo

Digital Oscilloscope Demo

Oscilloscope (CRO) Demo

Oscilloscope (CRO) Demo

Uncertainties in Graphs

Uncertainties in Graphs

Assignment 14.3 M1 - Heat Capacity & Changes of State 2 (Extended Calculations)

Assignment 14.3 M1 - Heat Capacity & Changes of State 2 (Extended Calculations)

Assignment 14.3 M1 - Heat Capacity & Changes of State 1 (Theory)

Assignment 14.3 M1 - Heat Capacity & Changes of State 1 (Theory)

$Waves 05 b - Refraction Examples & Solving Problems$

Waves 05 b - Refraction Examples & Solving Problems

$Waves 05 a - Reflection & Refraction$

Waves 05 a - Reflection & Refraction

Testing for Proportionality

Testing for Proportionality

Derived Units of SI Base Units

Derived Units of SI Base Units

Waves 02 - Oscilloscopes

Waves 02 - Oscilloscopes

Unit and Prefix Conversions

Unit and Prefix Conversions

Derive SI Base Units for Special Units

Derive SI Base Units for Special Units

Archimedes' Principle and Upthrust

Archimedes' Principle and Upthrust

F&M Forces in Action 5b - Upthrust & Archimedes' Principle Solving Problems

F&M Forces in Action 5b - Upthrust & Archimedes' Principle Solving Problems

6.4 - Preliminary Tasks

6.4 - Preliminary Tasks

6.2 P2 - Using Algebra for Science

6.2 P2 - Using Algebra for Science

6.1 P1 - Fundamental Mathematical Tools for Science

6.1 P1 - Fundamental Mathematical Tools for Science

Flipped Learning - Gravitational Fields Calculations

Flipped Learning - Gravitational Fields Calculations

Flipped Learning Introduction for Year 2 Physics : Gravitational Fields

Flipped Learning Introduction for Year 2 Physics : Gravitational Fields

Flipped Learning Introduction for Year 1 Physics : Distance and Speed

Flipped Learning Introduction for Year 1 Physics : Distance and Speed

Weight & Normal Reaction

Weight & Normal Reaction

Experiment to Determine the Speed of Sound in Air

Experiment to Determine the Speed of Sound in Air

Thermal 05 - Internal Energy

Thermal 05 - Internal Energy

F&M Forces in Action 6 - Types of Forces

F&M Forces in Action 6 - Types of Forces

F&M Forces in Action 5 - Upthrust & Archimedes' Principle

F&M Forces in Action 5 - Upthrust & Archimedes' Principle

F&M Forces in Action 2 - Skydiving & Terminal Velocity

F&M Forces in Action 2 - Skydiving & Terminal Velocity

F&M Energy Concepts 1 - Energy Conservation & Efficiency

F&M Energy Concepts 1 - Energy Conservation & Efficiency

F&M Materials 2 - Elastic Potential Energy

F&M Materials 2 - Elastic Potential Energy

F&M Forces in Action 9 - Principle of Moments

F&M Forces in Action 9 - Principle of Moments

F&M Forces in Action 8 - Moments, Torque & Centre of Gravity

F&M Forces in Action 8 - Moments, Torque & Centre of Gravity

F&M Forces in Action 7 - Equilibrium of Forces

F&M Forces in Action 7 - Equilibrium of Forces

F&M Forces in Action 4 - Pressure

F&M Forces in Action 4 - Pressure

F&M Motion 7 - Projectiles Solving Problems

F&M Motion 7 - Projectiles Solving Problems

F&M Motion 6 - Projectile Motion

F&M Motion 6 - Projectile Motion

F&M Motion 5 - Experiment to Determine Acceleration of Free fall

F&M Motion 5 - Experiment to Determine Acceleration of Free fall

F&M Forces in Action 3 - Density

F&M Forces in Action 3 - Density

F&M Car Stopping Distances

F&M Car Stopping Distances

SI Units & Unit Conversions

SI Units & Unit Conversions

G485 Fields, Particles and Frontiers of Physics (FPF) Overview: Lecture 5 (Cosmology)

G485 Fields, Particles and Frontiers of Physics (FPF) Overview: Lecture 5 (Cosmology)

Laser two source interference as you've never seen it before!

Laser two source interference as you've never seen it before!

G485 Fields, Particles and Frontiers of Physics (FPF) Overview: Lecture 4 (Medical Physics)

G485 Fields, Particles and Frontiers of Physics (FPF) Overview: Lecture 4 (Medical Physics)

G485 Fields, Particles and Frontiers of Physics (FPF) Overview: Lecture 3 (Capacitors)

G485 Fields, Particles and Frontiers of Physics (FPF) Overview: Lecture 3 (Capacitors)

G485 Fields, Particles and Frontiers of Physics (FPF) Overview: Lecture 2 (Electromagnetism)

G485 Fields, Particles and Frontiers of Physics (FPF) Overview: Lecture 2 (Electromagnetism)

G485 Fields, Particles and Frontiers of Physics (FPF) Overview: Lecture 1 (Nuclear Physics)

G485 Fields, Particles and Frontiers of Physics (FPF) Overview: Lecture 1 (Nuclear Physics)

20.5 P6: Explain the principles and effects of radiation therapy

20.5 P6: Explain the principles and effects of radiation therapy

Electrons, Waves and Photons (EWP) Overview: Lecture 3

Electrons, Waves and Photons (EWP) Overview: Lecture 3

G482 Electrons, Waves and Photons (EWP) Overview: Lecture 2 B

G482 Electrons, Waves and Photons (EWP) Overview: Lecture 2 B

G482 Electrons, Waves and Photons (EWP) Overview: Lecture 2 A

G482 Electrons, Waves and Photons (EWP) Overview: Lecture 2 A

G482 Electrons, Waves and Photons (EWP) Overview: Lecture 1

G482 Electrons, Waves and Photons (EWP) Overview: Lecture 1

14.5 P4: Energy Cells

14.5 P4: Energy Cells

Two Way Switches & Capacitors

Two Way Switches & Capacitors

Gamma Camera Animation

Gamma Camera Animation

F&M Materials 3 - Stress & Strain

F&M Materials 3 - Stress & Strain

F&M Materials 4 - Young Modulus

F&M Materials 4 - Young Modulus

F&M Materials 1 - Hooke's Law, Force Constant & Elastic Potential Energy

F&M Materials 1 - Hooke's Law, Force Constant & Elastic Potential Energy

Safety Features of Cars

Safety Features of Cars

F&M Energy Concepts 3 - GPE & KE

F&M Energy Concepts 3 - GPE & KE

F&M Energy Concepts 2 - Work Done & Power

F&M Energy Concepts 2 - Work Done & Power

F&M Forces in Action 1 - F=ma & Weight

F&M Forces in Action 1 - F=ma & Weight

Aristotle & Galileo Free Fall

Aristotle & Galileo Free Fall

F&M Motion 3 - Equations of Uniform Acceleration

F&M Motion 3 - Equations of Uniform Acceleration

F&M Motion 2 - Graphs of Motion

F&M Motion 2 - Graphs of Motion

F&M Motion 1 - Displacement, Speed, Velocity & Acceleration

F&M Motion 1 - Displacement, Speed, Velocity & Acceleration

FoP 02 - Vectors Adding, Subtracting & Resolving

FoP 02 - Vectors Adding, Subtracting & Resolving

Experiment to Estimate Planck's Constant

Experiment to Estimate Planck's Constant

Astro 10 - Origin & Evolution of the Universe

Astro 10 - Origin & Evolution of the Universe

Astro Extra - Future of the Universe

Astro Extra - Future of the Universe

Astro 08 - Doppler Effect & Red Shift of Light

Astro 08 - Doppler Effect & Red Shift of Light

Astro 09 - Hubble's Law & Age of Universe

Astro 09 - Hubble's Law & Age of Universe

Astro Extra - Olbers' Paradox

Astro Extra - Olbers' Paradox

Astro 07 - Cosmological Principle

Astro 07 - Cosmological Principle

Astro 02 - Stellar Evolution

Astro 02 - Stellar Evolution

Astro 01 - Astronomical Distances

Astro 01 - Astronomical Distances

Determine the speed of sound with standing waves

Determine the speed of sound with standing waves

lscphysics and lscbiology present "The real eclipse at Leyton Sixth Form College"

lscphysics and lscbiology present "The real eclipse at Leyton Sixth Form College"

Quantum Physics 04 - Matter Waves

Quantum Physics 04 - Matter Waves

Astro 04 - Energy Levels in Atoms

Astro 04 - Energy Levels in Atoms

Quantum Physics 01 - Photoelectric Effect

Quantum Physics 01 - Photoelectric Effect

Quantum Physics 02 - Electronvolt

Quantum Physics 02 - Electronvolt

Quantum Physics 03 - Experiment to Determine Planck Constant

Quantum Physics 03 - Experiment to Determine Planck Constant

Radioactivity 7 - Smoke Alarm

Radioactivity 7 - Smoke Alarm

Radioactivity 6 - Carbon Dating

Radioactivity 6 - Carbon Dating

Radioactivity 5 - Comparison with Capacitor Discharge

Radioactivity 5 - Comparison with Capacitor Discharge

Radioactivity 2 - Properties of Radiation

Radioactivity 2 - Properties of Radiation

Radioactivity 4 - Exponential Decay

Radioactivity 4 - Exponential Decay

Radioactivity 3 - Activity & Decay Constant

Radioactivity 3 - Activity & Decay Constant

Radioactivity 1 - Nuclear Transformations Equations

Radioactivity 1 - Nuclear Transformations Equations

Nuclear Physics 13 - Fission Reactor

Nuclear Physics 13 - Fission Reactor

Nuclear Physics 12 - Fission & Fusion

Nuclear Physics 12 - Fission & Fusion

Nuclear Physics 11 - Binding Energy

Nuclear Physics 11 - Binding Energy

Nuclear Physics 10 - Strong Nuclear Force

Nuclear Physics 10 - Strong Nuclear Force

Nuclear Physics 09 - Particle Physics

Nuclear Physics 09 - Particle Physics

Medical Imaging 09 - MRI

Medical Imaging 09 - MRI

Medical Imaging 08 - Radionuclide Imaging Gamma Camera & PET

Medical Imaging 08 - Radionuclide Imaging Gamma Camera & PET

Medical Imaging 06 - Ultrasound Scanning

Medical Imaging 06 - Ultrasound Scanning

Medical Imaging 07 - Doppler Ultrasound

Medical Imaging 07 - Doppler Ultrasound

Medical Imaging 05 - Ultrasound Production & Impedance Matching

Medical Imaging 05 - Ultrasound Production & Impedance Matching

Medical Imaging 04 - CAT Scans

Medical Imaging 04 - CAT Scans

Medical Imaging 03 - X ray Image Intensifiers

Medical Imaging 03 - X ray Image Intensifiers

Medical Imaging 01 - X ray Production & Interaction with Matter

Medical Imaging 01 - X ray Production & Interaction with Matter

Medical Imaging 02 - X ray Imaging & Contrast Media

Medical Imaging 02 - X ray Imaging & Contrast Media

14.2 P2: The Gas Laws 2

14.2 P2: The Gas Laws 2

14.4 M3 - Thermal Conductivity and Emissivity Calculations

14.4 M3 - Thermal Conductivity and Emissivity Calculations

14.4 P3 - Heat Transfer Processes (part 2)

14.4 P3 - Heat Transfer Processes (part 2)

14.4 P3 - Heat Transfer Processes (part 1)

14.4 P3 - Heat Transfer Processes (part 1)

X Ray Absorption - part 2

X Ray Absorption - part 2

X ray absorption - part 1

X ray absorption - part 1

Waves 13 - Standing Waves 2 (Waves in Pipes)

Waves 13 - Standing Waves 2 (Waves in Pipes)

Waves 14 - Electromagnetic Waves

Waves 14 - Electromagnetic Waves

$Waves 11 - Diffraction Gratings$

Waves 11 - Diffraction Gratings

Waves 12 - Standing Waves 1

Waves 12 - Standing Waves 1

14.2 M2: Gas Law Calculations

14.2 M2: Gas Law Calculations

Waves 10 - Two Source Interference (Coherence & Fringe Spacing)

Waves 10 - Two Source Interference (Coherence & Fringe Spacing)

Waves 09 - Interference (Path & Phase Differences)

Waves 09 - Interference (Path & Phase Differences)

$Waves 07 - Diffraction$

Waves 07 - Diffraction

Waves 08 - Principle of Superposition

Waves 08 - Principle of Superposition

Proportionality and ratios

Proportionality and ratios

14.2 P2: The Gas Laws

14.2 P2: The Gas Laws

Waves 04 - Polarisation

Waves 04 - Polarisation

Waves 03 - Wave Intensity

Waves 03 - Wave Intensity

Waves 01 - Characteristics

Waves 01 - Characteristics

CM 02 - Circular Motion 2 (Examples)

CM 02 - Circular Motion 2 (Examples)

Nuclear Physics 08 - Alpha Particle Scattering Experiment

Nuclear Physics 08 - Alpha Particle Scattering Experiment

Capacitors 5 - Discharging

Capacitors 5 - Discharging

Capacitors 3 - Energy Stored & Uses

Capacitors 3 - Energy Stored & Uses

Capacitors 2 - In Series & In Parallel

Capacitors 2 - In Series & In Parallel

EM 12 - Magnetic Fields 8 (Transformers)

EM 12 - Magnetic Fields 8 (Transformers)

Capacitors 1

Capacitors 1

EM 11 - Magnetic Fields 7 (Simple AC Alternator)

EM 11 - Magnetic Fields 7 (Simple AC Alternator)

EM 10 - Magnetic Fields 6 (Lenz's Law of Electromagnetic Induction)

EM 10 - Magnetic Fields 6 (Lenz's Law of Electromagnetic Induction)

EM 09 - Magnetic Fields 5 (Electromagnetic Induction)

EM 09 - Magnetic Fields 5 (Electromagnetic Induction)

EM 04 - Electric Fields 4 (Comparison with Gravitational Fields)

EM 04 - Electric Fields 4 (Comparison with Gravitational Fields)

Thermal 04 - Heat Capacity & Latent Heat

Thermal 04 - Heat Capacity & Latent Heat

Thermal 01c - Temperature

Thermal 01c - Temperature

Thermal 01b - Solids, Liquids & Gases Kinetic Model

Thermal 01b - Solids, Liquids & Gases Kinetic Model

Thermal 03 - Kinetic Theory of Gases

Thermal 03 - Kinetic Theory of Gases

Thermal 01 - Brownian Motion

Thermal 01 - Brownian Motion

Thermal 02 - Ideal Gases

Thermal 02 - Ideal Gases

SHM 06 - Resonance

SHM 06 - Resonance

SHM 04 - Energy

SHM 04 - Energy

SHM 05 - Damping

SHM 05 - Damping

SHM 03 - Graphs

SHM 03 - Graphs

SHM 02 - Defining SHM

SHM 02 - Defining SHM

SHM 01 - Introduction to Oscillations

SHM 01 - Introduction to Oscillations

GF 02 - Gravitational Fields 2 (Planetary Orbits & Satellites)

GF 02 - Gravitational Fields 2 (Planetary Orbits & Satellites)

GF 01 - Gravitational Fields 1

GF 01 - Gravitational Fields 1

CM 01 - Circular Motion 1

CM 01 - Circular Motion 1

F&M Momentum & Collisions

F&M Momentum & Collisions

F&M Newton's Laws of Motion

F&M Newton's Laws of Motion

F&M Momentum & Impulse

F&M Momentum & Impulse

Reach for the Moon

Reach for the Moon

MRI Principles 20.4 P5

MRI Principles 20.4 P5

EM 08 - Magnetic Fields 4 (Velocity Selector)

EM 08 - Magnetic Fields 4 (Velocity Selector)

EM 07 - Magnetic Fields 3 (Force on a Moving Charge)

EM 07 - Magnetic Fields 3 (Force on a Moving Charge)

EM 06 - Magnetic Fields 2 (Force on a Current Carrying Conductor)

EM 06 - Magnetic Fields 2 (Force on a Current Carrying Conductor)

EM 05 - Magnetic Fields 1 (Patterns)

EM 05 - Magnetic Fields 1 (Patterns)

EM 03 - Electric Fields 3 (Radial)

EM 03 - Electric Fields 3 (Radial)

EM 02 - Electric Fields 2 (Uniform)

EM 02 - Electric Fields 2 (Uniform)

EM 01 - Electric Fields 1

EM 01 - Electric Fields 1

Electricity 11 - Emf & Internal Resistance

Electricity 11 - Emf & Internal Resistance

Electricity 10 - Potential Dividers

Electricity 10 - Potential Dividers

Electricity 09 - Resistance & Resistivity

Electricity 09 - Resistance & Resistivity

Electricity 07 - Kirchhoff's Laws

Electricity 07 - Kirchhoff's Laws

Electricity 08 - Series & Parallel Circuits

Electricity 08 - Series & Parallel Circuits

Electricity 06 - Resistance, I-V Graphs & LEDs

Electricity 06 - Resistance, I-V Graphs & LEDs

Electricity 04 - Voltage & Electrical Energy Transferred

Electricity 04 - Voltage & Electrical Energy Transferred

Electricity 05 - Electrical Power & Fuses

Electricity 05 - Electrical Power & Fuses

Electricity 03 - I=nAve (Drift Velocity)

Electricity 03 - I=nAve (Drift Velocity)

Electricity 02 - Charge & Current

Electricity 02 - Charge & Current

Electricity 01 - Symbols & Circuits

Electricity 01 - Symbols & Circuits

A2 Mock Quant Video part 2

A2 Mock Quant Video part 2

A2 Mock Quant Video part 1

A2 Mock Quant Video part 1

AS Physics Mock Quantitative

AS Physics Mock Quantitative

AS Mock Evaluative Part 1 - Calculations

AS Mock Evaluative Part 1 - Calculations

Example Projectiles Problem

Example Projectiles Problem

X Ray Production

X Ray Production

Flipped Learning | Lenz's Law

Flipped Learning | Lenz's Law