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Philip Harris Faraday's Law

HE1476955

Philip Harris Faraday's Law

Product Code: HE1476955

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Page Colour: please select

Size: please select

Page Ruling: please select

Number of Sides: please select

Lamination (Additional fee may apply):

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Description

An assembly supports a coil so that it can be easily slide up and down a support tube and locked in position. When a small cylindrical magnet (supplied) is dropped down the tube, the resultant induced EMF can be monitored with an oscilloscope or data-logger. The amplitude varies with speed and this provides the basis for a student investigation into the relationship between distance fallen by the magnet and the output amplitude. At post-16, equations of motion can be used to determine the speed and if a PC storage oscilloscope is available, there is scope for investigation of output characteristics.

  • Number of Turns: 100 turns
  • Dimensions: (H)50mm x (D)60mm x (L)380mm

Specifications

UNSPSC Code

41115609

Height

40in

Width

55in

Length

393in

Brand

Findel

Categories

Physics

Category

Electricity & Electromagnetism

Call for price
Starting from
£31.79
- +

Cover Colour: please select

Page Colour: please select

Size: please select

Page Ruling: please select

Number of Sides: please select

Lamination (Additional fee may apply):

Custom Print (Additional fee may apply)

Inside Cover Print:

Outside Cover Print:

Philip Harris Faraday's Law

HE1476955

Philip Harris Faraday's Law

Product Code: HE1476955
Call for price
Starting from
£31.79
- +

Description

An assembly supports a coil so that it can be easily slide up and down a support tube and locked in position. When a small cylindrical magnet (supplied) is dropped down the tube, the resultant induced EMF can be monitored with an oscilloscope or data-logger. The amplitude varies with speed and this provides the basis for a student investigation into the relationship between distance fallen by the magnet and the output amplitude. At post-16, equations of motion can be used to determine the speed and if a PC storage oscilloscope is available, there is scope for investigation of output characteristics.

  • Number of Turns: 100 turns
  • Dimensions: (H)50mm x (D)60mm x (L)380mm

Specifications

UNSPSC Code

41115609

Height

40in

Width

55in

Length

393in

Brand

Findel

Categories

Physics

Category

Electricity & Electromagnetism


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