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Physics > Mechanics >

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Newton's cradle demo

Art no 50108

A large model of the fascinating Newton's cradle.

44.50 EUR

(55.63 EUR incl. vat)

pcs	Delivery - immediate

Product description

A large model of the fascinating Newton's cradle.

Five steel spheres hang from the frame. Thanks to threaded nipples, you can easily adjust the height of the spheres. Lift a sphere, allow it to swing and knock against the next sphere. The elastic force, combined with the conservation of momentum and energy, means that only the sphere furthest away is pushed off.
What happens if you release two spheres?
Thanks to longer pendulums, the spheres in this model swing slightly more slowly than in the smaller model, Newton's cradle (Art. no.: 50105).

Dimensions: 24x15x23 cm.

Newton's cradle

Art no: 50105
An educational aid for teaching and an intelligence enhancer on a desk.

15.50 EUR

Happy and sad balls

Art no: 50118
Two balls, so similar but so fascinatingly different. Drop them � a surprising demonstration.

7.80 EUR

Bouncing balls on a peg

Art no: 50120
What happens when kinetic energy from larger balls is transferred to a smaller ball? This surprising demonstration is perfect as a basis for discussion.

20.50 EUR

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Newton's cradle demo

A large model of the fascinating Newton's cradle.

Newton's cradle

Art no: 50105 An educational aid for teaching and an intelligence enhancer on a desk.

Happy and sad balls

Art no: 50118 Two balls, so similar but so fascinatingly different. Drop them � a surprising demonstration.

Bouncing balls on a peg

Art no: 50120 What happens when kinetic energy from larger balls is transferred to a smaller ball? This surprising demonstration is perfect as a basis for discussion.

Art no: 50105
An educational aid for teaching and an intelligence enhancer on a desk.

Art no: 50118
Two balls, so similar but so fascinatingly different. Drop them � a surprising demonstration.

Art no: 50120
What happens when kinetic energy from larger balls is transferred to a smaller ball? This surprising demonstration is perfect as a basis for discussion.