Philip Harris Faraday's Law

Philip Harris Faraday's Law

HE1476955

Product code: HE1476955

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

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

You May Also Like

Shopping from Overseas?

We have detected that your IP address is not UK based.

We have a specific international website which deals with all non-UK transactions and deliveries. Please select which website you would like to continue with.

For International Delivery

Findel Education family logos Switch to Findel International

For Delivery in the UK

Brand logo