- Two pendulums made from anodised aluminium
- Unpredictable and random movements
- Energy transfers from one to the other
- Keeps moving until friction is greater than energy
 | | Usually delivered within 10 working days |
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- For demonstration of the Earth's rotation
- Utilises a Charron ring
- Presented in a decorative box
- Lit from the inside to catch the eye
| | Usually delivered within 10 working days |
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- Determines the unknown inertia mass of an object
- Two trays connected by spring steel strips
- Easy to connect to a table or laboratory workbench
- Use vibrations to determine mass
| | Usually delivered within 10 working days |
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- Special form of physical pendulum
- Examines local acceleration due to gravity
- Low-friction needle bearings
- Visible results and straightforward to use
| | Usually delivered within 10 working days |
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- Solid sphere
- Available in 3 sizes and 2 materials
- Small hook for suspension
- Ideal for use in the classroom
| | Available, dispatched in 1-4 days |
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- Pendulum on a rod for easy use
- Low-friction pointed needle bearings
- Visible results
- Straightforward to use
| | Usually delivered within 10 working days |
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- Low-friction needle bearing
- Electromagnetic angle sensor
- Measures the simple, harmonic motion of a pendulum
- Provided with a power supply for immediate use
| | Usually delivered within 10 working days |
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- Holder for the photo gate
- Suitable for the Variable g Pendulum
- Allows the plane of oscillation to be set at any angle
- Straightforward and easy to set up
| | Usually delivered within 10 working days |
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- For investigating free, forced and chaotic oscillations
- Suitable for various degrees of damping
- Electric motor excites forced oscillations
- Electromagnetic eddy brake for dampening
| | Usually delivered within 10 working days |
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- 4 balls with securing eyes
- Made from different materials
- Constructs a mathematical pendulum
- Varying weights for alternative results
| | Usually delivered within 10 working days |
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- Designed for the construction of different pendulums
- Can be used to build a pendulum with moveable weights
- Can connect to the SW Sensor Set
- Straightforward to set up
| | Usually delivered within 10 working days |
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- Easy assembly of string pendulum
- Investigates simple harmonic motion or chaotic oscillations
- Suitable as a table-top experiments
- Moveable string for adjustable length
| | Usually delivered within 10 working days |
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- Build a Wilberforce or torsion pendulum
- Adjustable rotating body
- Can connect to the SW Sensor Set
- Investigates rotation of oscillations
| | Usually delivered within 10 working days |
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- For investigating rotational oscillation
- For testing on various bodies
- Determine inertia from period of oscillation
- Demonstrates Steiner's theorem
| | Usually delivered within 10 working days |
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- Continuously adjustable planes of oscillations
- Varied force of gravity affects acceleration
- Observes pendulum oscillations
- Straightforward and easy to use
| | Usually delivered within 10 working days |
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