Product Description
£834.00 ex VAT | £1,000.80 Inc VAT
The current produced by the relative motion of the coil or the magnet is called induced current. The amount of the current produced is function of the magnet pole’s gap and the oscillation of the pendulum. Vernier interface Labquest2, the voltage sensor, and the rotary motion help to establish the relationship between the different parameters.
Available to Order
Email to a friendDescription
The purpose of this experiment is to study induction in a coil caused by the change of the magnetic flux. You will investigate :
- Induced voltage by Faraday’s law
- The direction of induced Voltage by Lenz’ law
- Simple harmonic motion
- Damped oscillations
An induced emf (ε) in a closed path(loop or circuit) is directly proportional to the time rate of change (dt) of the magnetic flux (dΦB ). This statement is known as the Faraday’s Law of Induction. It can be defined as:
As the coil passes through the magnet, the changing magnetic flux of a N-turn coil will produce an emf given by:
What's Included
Experiment Main Unit
• Base
• Material Type : Aluminum
• Length x Width : 34cmx30 cm
• Levelling feet
• Support Rod
• Material Type : Stainless Steel
• Height : 42 cm
• Angle Scale
• Graduated between -30° – +30°
• Accuracy : 1°
Track
• Material Type : Aluminum
• Length : 20 cm
• With metric scale
• With Magnet Set
• Manual gap adjustment
Pendulum Rod
• Material Type : Stainless Steel
• Length : 38 cm
• 70 g
• With Induction Coil
• 1600 turns
• 80 g
Screws
• 2 pieces
Experiment Manual
Required – Sold Separately :
LabQuest 2
• Large, high-resolution touch screen
• Built-in sensors such as GPS and accelerometers
• Wireless connectivity with Wi-Fi and Bluetooth
• Fast data collection with 100,000 samples per second
• Compatible with all Vernier sensors
Vernier Rotary Motion Sensor
• Resolution: 1° or 0.25°
• Optical Encoder: Bidirectional, quadrature encoder, 360 cycle per revolution
• Maximum Speed: 30 rev/s at 1° resolution 7.5 rev/s at 0.25° resolution
• 3-step Pulley: 10 mm, 29 mm and 48 mm groove diameter
Vernier Voltage Probe
• Input voltage range: ± 10 V
Related Products
