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Physics Animations
Unleash the power of visualization in physics!
Instructor: Vishal Kalra
Validity Period: Lifetime
Description:
The Physics Animations course is designed to help students visualize and understand complex physics concepts through interactive animations and simulations. Explore the wonders of the physical world in a fun and engaging way.
Key Highlights:
- Interactive animations
- Engaging simulations
- Visualizing complex concepts
What you will learn:
- Enhanced Understanding
Visualize abstract physics concepts through animations for better comprehension. - Interactive Learning
Engage with simulations to see physics principles in action and deepen your understanding. - Fun Exploration
Explore the world of physics through interactive animations that make learning enjoyable.
| A lens | |||
| A converging lens | |||
| An image formed by a converging lens | |||
| Images formed by diverging lenses | |||
| Accelerating motion | |||
| Distance covered in subsequent seconds | |||
| Distance | |||
| Graph | |||
| How to derive acceleration from a graph | |||
| Acceleration | |||
| Acceleration | |||
| Change in speed | |||
| Dragster | |||
| Variable motions | |||
| Addition of forces | |||
| A drop of a parcel | |||
| Arches | |||
| Component forces | |||
| A boat on the river | |||
| Equilibrium of forces | |||
| Force test | |||
| Parallelogram method | |||
| Affect of radiation on live organisms | |||
| Dosimeters | |||
| Geiger-Müller counter (2) | |||
| Photomultiplier in a scintillation counter 1:00 | |||
| The values of dose equivalent | |||
| Air pressure | |||
| Air resistance | |||
| A ball | |||
| A cyclist | |||
| Free fall in a vacuum | |||
| Parachutist | |||
| Shape factor | |||
| What will fall faster | |||
| Alternating current and a generator | |||
| Bicycle dynamo | |||
| Mini generator | |||
| The period of alternating current | |||
| Voltage in the mains | |||
| Application of radioactivity | |||
| A thickness measuring device | |||
| Scintigraphy | |||
| Radioiodine therapy | |||
| Sterilisation-1 | |||
| Application of static electricity and the threats it poses | |||
| A photocopier | |||
| Dangers due to discharge sparks 1:00 | |||
| Electrical discharges 1:00 | |||
| Lightning conductor | |||
| Lightning 1:00 | |||
| What does a discharge involve | |||
| Application of waves for communication | |||
| A photocopier | |||
| Static electricity in technology 1:00 | |||
| What does a discharge involve | |||
| Dangers due to discharge sparks 1:00 | |||
| Electrical discharges 1:00 | |||
| Lightning conductor | |||
| Lightning 1:00 | |||
| Buoyant force | |||
| Archimedes' Principle | |||
| Bodies immersed in a gas 1:00 | |||
| Where does the buoyant force come from | |||
| Application of waves for communication | |||
| Satellite telephony | |||
| Telegraph | |||
| Methods of modulation 1:00 | |||
| Mobile telephony | |||
| Capacitors | |||
| Farad 1:00 | |||
| The electric field inside a capacitor | |||
| Application of capacitors in electronics | |||
| How a capacitor operates 1:00 | |||
| The energy and work of a capacitor | |||
| Van de Graaff generator 1:00 | |||
| Cells and batteries | |||
| A battery of cells | |||
| A source of voltage | |||
| Discharging a battery 1:00 | |||
| The capacity of a cell | |||
| The energy of a cell 1:00 | |||
| The operation of a cell 1:00 | |||
| Charging objects | |||
| A permanently charged body 1:00 | |||
| Methods of charging an object 1:00 | |||
| Attraction only | |||
| Electric charge | |||
| Methods of charging an object 1:00 | |||
| The distribution of electrons 1:00 | |||
| Colours | |||
| Daltonism | |||
| Primary and complementary colours | |||
| Seeing colours | |||
| How does light pass through a prism | |||
| The Purkinje effect | |||
| Three types of cones | |||
| CRT and an oscilloscope | |||
| A particle moving in an electric field | |||
| How does an oscilloscope operate | |||
| How is image made | |||
| The magnitude of the Lorentz force | |||
| Current in a household | |||
| Curvilinear motion | |||
| Formula 1 | |||
| Decay Law | |||
| Half-life | |||
| Radon concentration | |||
| Density | |||
| Density of air 1:00 | |||
| Density of substances 1:00 | |||
| Density of air 1:00 | |||
| Density of substances 1:00 | |||
| Diffraction and interference | |||
| Compact disc | |||
| Interference pattern 1:00 | |||
| Soap bubble 2:00 | |||
| Diffraction grating 1:00 | |||
| Diffraction of light 1:00 | |||
| The measurement of wavelength | |||
| Diffraction and interference of mechanical waves | |||
| A standing wave | |||
| Wave bending around an edge 2:00 | |||
| Wave interference (2) | |||
| Wave interference | |||
| Digital systems | |||
| Digital image | |||
| Disturbances | |||
| How analogue signals are encoded digitally | |||
| Analogue and digital devices | |||
| Analogue and digital signals | |||
| Digital encoding | |||
| How analogue signals are encoded digitally | |||
| Diode | |||
| A p-n junction | |||
| Diode testing | |||
| A p-n junction | |||
| Diode testing | |||
| A p-n junction | |||
| A semiconductor diode (2) | |||
| Direct current circuit | |||
| A circuit junction | |||
| A system of resistors | |||
| Properties of a parallel circuit 1:00 | |||
| The properties of a series circuit | |||
| Displacement, distance and velocity | |||
| A bee's flight path | |||
| Different frames of reference | |||
| Speed of a car | |||
| A bee's flight path | |||
| The length of a velocity vector equals speed | |||
| Velocity | |||
| Doppler effect | |||
| Mensuration of velocity | |||
| Stationary source of sound | |||
| When does the Doppler effect not exist | |||
| Anecdote | |||
| Moving wave source | |||
| When does the Doppler effect not exist | |||
| Eclipses | |||
| Types of lunar eclipse | |||
| Lunar eclipse | |||
| Efficiency | |||
| The efficiency of a motor 1:00 | |||
| Bouncing 1:00 | |||
| Power station | |||
| Efficiency and economy | |||
| Heating 1:00 | |||
| How to keep heat 1:00 | |||
| uc_p4_l067_08_01a | |||
| Ventilation 1:00 | |||
| Electric current | |||
| A close look at current 1:00 | |||
| Current in gases 1:00 | |||
| Current in liquids | |||
| A close look at current 1:00 | |||
| Electric energy and methods of energy saving | |||
| Electricity is not free | |||
| Energy consumption label | |||
| Types of electricity meters | |||
| Consumption of energy | |||
| Energy consumption label | |||
| Work and power | |||
| Work parameters 1:00 | |||
| Electric motor | |||
| A couple of forces | |||
| Electromagnetic force | |||
| A current-carrying conductor in a magnetic field | |||
| A diagram of the meter | |||
| Attraction between current-carrying conductors | |||
| uc_p4_l059_07_02a | |||
| Electromagnetic induction | |||
| Electromagnetic induction (3) | |||
| Electromagnetic induction (4) | |||
| Eddy currents 1:00 | |||
| Electromagnetic induction | |||
| Fluorescent lamp and a starter 2:00 | |||
| The reasons for the flow of induced current | |||
| Electromagnetic induction (SATELLITES) | |||
| Applications of different satellites | |||
| Satellites' observation | |||
| Electromagnetic waves | |||
| Electric field changes (2) | |||
| Electric field changes | |||
| Electromagnetic waves emission 1:00 | |||
| Electric field changes (3) | |||
| Electromagnetic waves emission | |||
| Mechanical waves versus electromagnetic waves | |||
| Electromagnets | |||
| How to construct an electromagnet | |||
| Oersted's discovery | |||
| Right hand rule | |||
| Energy conversions | |||
| A swing – curiosity | |||
| Equilibrium | |||
| Changeability of energy | |||
| The effects of friction | |||
| A broom | |||
| A car | |||
| Evaporation and condensation | |||
| A change in the state of matter | |||
| Heat of vaporisation | |||
| The heat of vaporisation of water | |||
| The transfer of energy | |||
| Expansion of gases | |||
| Floating bodies | |||
| A balloon | |||
| Heterogeneous bodies | |||
| The stability of ships | |||
| The bouyant force and the weight | |||
| Force and acceleration | |||
| Races | |||
| The resultant force (2) | |||
| The mass of the body | |||
| Force measurement | |||
| A scale | |||
| A spring | |||
| An apple | |||
| The measurement of the force applied by a man | |||
| Forces | |||
| Force resulting from mechanical interaction | |||
| Free fall | |||
| A fake force gauge | |||
| Gravitational acceleration on the Moon | |||
| A parachute | |||
| Friction | |||
| Braking distance | |||
| Friction | |||
| Kinetic friction and static friction | |||
| The load | |||
| Gas laws | |||
| Gases, liquids and solids | |||
| Allotropic forms of crystals | |||
| Graphs of motion | |||
| Distance – time graph (1) | |||
| Graph | |||
| Speed changes | |||
| Stroboscope | |||
| Gravitation | |||
| Force of gravity (2) | |||
| Mass and weight | |||
| The balls | |||
| An apple | |||
| Inertia | |||
| A trolley | |||
| Infrasound and ultrasound | |||
| Application of ultrasounds | |||
| Ear | |||
| Echolocation | |||
| Infrasound | |||
| Ultrasound | |||
| Interference of sound waves | |||
| A standing wave in a pipe | |||
| Harmonic oscillations | |||
| The frequency of beats | |||
| The oscillations of a string | |||
| Kinetic energy | |||
| How to calculate kinetic energy | |||
| Laser | |||
| Coherent light | |||
| Coherent beam, monochromatic beam | |||
| Levers and pulleys | |||
| A pulley | |||
| A tackle | |||
| A wheelbarrow | |||
| Explanation | |||
| How to lift a heavy weight | |||
| uc_p4_l066_07_01a | |||
| Logic gates | |||
| Logic status of an AND gate | |||
| Memory | |||
| Switches | |||
| Logic statuses of a NOT gate | |||
| Logic statuses of an OR gate | |||
| Logic statuses of NAND and NOR gates | |||
| Magnetic field | |||
| Flux density is a vector | |||
| Interactions between magnets | |||
| Magnetic field lines | |||
| Magnetised objects | |||
| Objects attracted by a magnet | |||
| The attraction of iron filings by magnets | |||
| Mechanical waves | |||
| Circles on water | |||
| The energy of waves | |||
| Types of waves | |||
| Waves in liquids and solids | |||
| Melting and freezing | |||
| The density of ice | |||
| Momentum | |||
| A braking car | |||
| Newton's balls | |||
| Positive and negative momentum | |||
| Wagons | |||
| Nuclear energy | |||
| Energy due to fission | |||
| Nuclear power station | |||
| Nuclear reactor | |||
| Nuclear waste | |||
| Nuclear fission 1 | |||
| Avalanche reaction | |||
| How to obtain fissile material | |||
| The stability of a nucleus and the binding energy | |||
| Nuclear fusion | |||
| uc_p4_l106_07_01f | |||
| Thermonuclear fusion | |||
| Nuclear radiation | |||
| Alpha, beta and gamma radiation | |||
| C-14 carbon dating | |||
| Natural carbon | |||
| Ohm's Law | |||
| Batteries in electric devices | |||
| How to prove Ohm's Law | |||
| Relationships between voltage and current | |||
| Optical instruments | |||
| An image formed by a magnifying glass | |||
| An image through a microscope (2) | |||
| Images in a refracting telescope | |||
| The parameters of binoculars | |||
| Oscillations | |||
| A disc and a weight | |||
| Periodic motions | |||
| The period of oscillations of a pendulum | |||
| The resultant force in harmonic motion | |||
| Potential energy | |||
| Work | |||
| Changes in energy | |||
| Work done to lift a body (4) | |||
| Power | |||
| Increase in energy (2) | |||
| Change in energy | |||
| Power supply units and rectifiers | |||
| A power supply | |||
| Examples of DC supplies | |||
| The operation of a rectifier (2) | |||
| Pressure | |||
| A copper wire | |||
| Load per unit area | |||
| Pressure of a liquid | |||
| Compression and stretching | |||
| Properties of matter | |||
| Diffusion | |||
| Reflection and refraction of waves | |||
| Reflection of light | |||
| How to illuminate a room | |||
| Refraction of light | |||
| A change of medium (2) | |||
| A change of medium | |||
| Resonance | |||
| Free and forced oscillations (2) | |||
| Seismic waves | |||
| Analysis of the propagation of seismic waves | |||
| Sound | |||
| Supersonic flights | |||
| The amplitude and the frequency of sound | |||
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