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Season 2
Stellar Parallax (IB)
An explanation of how the stellar parallax method can be used to calculate distances to stars, including the limitations of this method.
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10. Stellar Parallax (IB)
An explanation of how the stellar parallax method can be used to calculate distances to stars, including the limitations of this method.
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Compton Effect (IB)
A visual outline of the Compton Effect experiment, in which photons are scattered by electrons they hit. Includes context on what evidence this provides regarding the wave or particle nature of light.
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9. Compton Effect (IB)
A visual outline of the Compton Effect experiment, in which photons are scattered by electrons they hit. Includes context on what evidence this provides regarding the wave or particle nature of light.
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Motion of Charged Particles in a Uniform Magnetic Field (IB)
A visual explanation of the path of charged particles in a uniform magnetic field, according to their charge and their angle of entry into the magnetic field. Includes how to calculate the radius of the particle’s path.
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8. Motion of Charged Particles in a Uniform Magnetic Field (IB)
A visual explanation of the path of charged particles in a uniform magnetic field, according to their charge and their angle of entry into the magnetic field. Includes how to calculate the radius of the particle’s path.
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Methods of Charging (IB)
An outline of three ways electric charge can be moved between objects, including mention of how non-conducting objects can become charged.
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7. Methods of Charging (IB)
An outline of three ways electric charge can be moved between objects, including mention of how non-conducting objects can become charged.
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Doppler Effect (IB)
A visual explanation of the Doppler Effect as it applies to sound waves.
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6. Doppler Effect (IB)
A visual explanation of the Doppler Effect as it applies to sound waves.
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Resonance and Damping (IB)
An outline of natural frequencies, driving frequencies, the nature of resonance, and damping forces, with real-world examples.
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5. Resonance and Damping (IB)
An outline of natural frequencies, driving frequencies, the nature of resonance, and damping forces, with real-world examples.
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Greenhouse Effect (IB)
An outline of the energy balance model of the Earth-atmosphere system, including how to calculate the effect of greenhouse gases, and the atmosphere, on Earth’s average temperature.
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4. Greenhouse Effect (IB)
An outline of the energy balance model of the Earth-atmosphere system, including how to calculate the effect of greenhouse gases, and the atmosphere, on Earth’s average temperature.
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Thermal Conduction (IB)
A visual explanation of the factors which affect the rate of thermal energy transfer by conduction.
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3. Thermal Conduction (IB)
A visual explanation of the factors which affect the rate of thermal energy transfer by conduction.
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Conservation of Angular Momentum (IB)
An outline of the basic principle of conservation of angular momentum, illustrating the inverse relationship between angular velocity and moment of inertia, with real-world examples.
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2. Conservation of Angular Momentum (IB)
An outline of the basic principle of conservation of angular momentum, illustrating the inverse relationship between angular velocity and moment of inertia, with real-world examples.
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Collisions in Two Dimensions (IB)
A guide to understanding and applying the conservation of momentum, during collisions when the motion of the colliding bodies is not restricted to one dimension.
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1. Collisions in Two Dimensions (IB)
A guide to understanding and applying the conservation of momentum, during collisions when the motion of the colliding bodies is not restricted to one dimension.
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Season 1
What is the Life Cycle of a Star?
This film explores the lifecycle of a star.
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18. What is the Life Cycle of a Star?
This film explores the lifecycle of a star.
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How Does the Earth Orbit the Sun?
We explore how day and night and the seasons are created by the Earth’s orbit, and of how the phases of the moon are created by the moon’s orbit around the Earth.
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17. How Does the Earth Orbit the Sun?
We explore how day and night and the seasons are created by the Earth’s orbit, and of how the phases of the moon are created by the moon’s orbit around the Earth.
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How Does an Electric Motor Work?
We use then everyday, but how does an electric motor work?
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16. How Does an Electric Motor Work?
We use then everyday, but how does an electric motor work?
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How Does a Solenoid Work?
How does a solenoid work and what is its applications?
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15. How Does a Solenoid Work?
How does a solenoid work and what is its applications?
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How are Relays Used in Circuits?
We explore how relays are used in circuits, how LDRs and thermistors could be used in such circuits, and how these components can be recognised.
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14. How are Relays Used in Circuits?
We explore how relays are used in circuits, how LDRs and thermistors could be used in such circuits, and how these components can be recognised.
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How is Resistance Measured in a Wire?
Resistance lowers the current and the rate of electrons flowing through something. How does this happen in wires and how is it measured?
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13. How is Resistance Measured in a Wire?
Resistance lowers the current and the rate of electrons flowing through something. How does this happen in wires and how is it measured?
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How are Objects Charged by Friction?
Friction charges objects by rubbing electrons from one object onto another, leaving one object positive and the other negative.
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12. How are Objects Charged by Friction?
Friction charges objects by rubbing electrons from one object onto another, leaving one object positive and the other negative.
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How are Magnets Made?
This is an attractive film. How are magnets created manually or via an electric current.
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11. How are Magnets Made?
This is an attractive film. How are magnets created manually or via an electric current.
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What is Echolocation/Sonar?
This film explores how echolocation/sonar works, in technology and in animals. This film explores how echolocation/sonar works, in technology and in animals. This film explores how echolocation/sonar works.....
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10. What is Echolocation/Sonar?
This film explores how echolocation/sonar works, in technology and in animals. This film explores how echolocation/sonar works, in technology and in animals. This film explores how echolocation/sonar works.....
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What is a Converging Lens and How Does it Work?
This film explains how converging lenses work and their applications.
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9. What is a Converging Lens and How Does it Work?
This film explains how converging lenses work and their applications.
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What are the Properties of Waves?
A quick guide to the various properties of waves including reflection, refraction, and diffraction.
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8. What are the Properties of Waves?
A quick guide to the various properties of waves including reflection, refraction, and diffraction.
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What is Convection in Liquid or Gas?
This film explores how convection works and how it is investigated in the lab.
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7. What is Convection in Liquid or Gas?
This film explores how convection works and how it is investigated in the lab.
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How Does a Hydraulic System Work?
Take a break. Hydraulics help us in all areas of life. We explore how pressure is harnessed to stop a car and what the calculations are.
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6. How Does a Hydraulic System Work?
Take a break. Hydraulics help us in all areas of life. We explore how pressure is harnessed to stop a car and what the calculations are.
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How is Energy Conserved?
The law of conservation of energy states that energy cannot be created or destroyed, it can only be stored, or converted into other forms of energy.
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5. How is Energy Conserved?
The law of conservation of energy states that energy cannot be created or destroyed, it can only be stored, or converted into other forms of energy.
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What is the Principle of Moments?
What is a moment and what is its principles? This film explores how the principle of moments applies to a beam’s movement around a pivot.
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4. What is the Principle of Moments?
What is a moment and what is its principles? This film explores how the principle of moments applies to a beam’s movement around a pivot.
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What Forces Act Upon an Object?
What is the first law of motion? What forces can act upon an object. Whether you're walking, sitting, throwing or driving, forces affect us all.
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3. What Forces Act Upon an Object?
What is the first law of motion? What forces can act upon an object. Whether you're walking, sitting, throwing or driving, forces affect us all.
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What Experiments Measure Density?
Measuring density is helpful in all walks of life. How do we do it and what are the calculations?
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2. What Experiments Measure Density?
Measuring density is helpful in all walks of life. How do we do it and what are the calculations?
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What are Distance-time and Speed-time Graphs?
How do Distance-time and Speed-time graphs work? This video explains.
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1. What are Distance-time and Speed-time Graphs?
How do Distance-time and Speed-time graphs work? This video explains.
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