Lenz's Law Simulator

Simulation Controls

Magnet Speed (m/s): 2.0

Magnetic Field Strength (T): 0.5

Coil Turns:

Coil Radius (cm):

Resistance (Ω):

Motion Direction:

📚 How It Works:

Lenz's Law: When a magnet approaches or leaves a coil, the changing magnetic flux induces an EMF (voltage). The induced current creates a magnetic field that opposes this change. If the magnet approaches, the induced field repels it; if it leaves, the induced field attracts it.

📈 Real-time Measurements

Induced EMF (ε)

0.00 V

Induced Current (I)

0.00 A

Magnetic Flux (Φ)

0.00 Wb

Magnet Position

0.00 cm

Current Direction

Lenz Opposition

⚡ Lenz's Law Interactive Simulator

Simulation Controls

📚 How It Works:

📊 Oscilloscope - Induced Current vs Time

📈 Real-time Measurements