Simulator interface showing a charged particle moving through a magnetic field and experiencing a force perpendicular to its path.

Magnetic force on a moving charge particle

Explore how magnetic fields interact with moving charged particles and visualize the resulting forces using our interactive simulator.

Button and Class 12 Tag
Simulator showing Helmholtz coils with adjustable current and spacing, creating a uniform magnetic field between the coils.

Helmholtz coil

Visualize and experiment with the magnetic field at the center of a pair of coils in a Helmholtz configuration using our interactive simulator.

Simulator interface displaying anti-Helmholtz coils with adjustable current settings, showing the magnetic field gradient created between the opposing coils.

Anti-Helmholtz coil

Visualize and experiment with the magnetic field at the center of a pair of coils in a Anti-Helmholtz configuration using our interactive simulator.

Simulator displaying a current-carrying wire in a magnetic field, illustrating the force acting on the wire with adjustable current and magnetic field strength.

Force on a current carrying wire in magnetic field

Experiment with the forces exerted on a current-carrying wire within a magnetic field using our interactive simulator.

Visualization of a cyclotron simulator showing a charged particle spiraling outward in a magnetic field between two semi-circular electrodes

Cyclotron

Learn how a cyclotron works through our interactive simulator, where you can visualize and experiment with particle acceleration.

Visualization of Coulomb’s Law showing force interaction between two charged particles.

Coulomb’s law

Visualize and experiment with the forces exerted between two charged spheres according to Coulomb’s Law using our interactive simulator.

Simulation of magnetic field at the center of a solenoid with adjustable parameters.

Magnetic field at the center of solenoid

Visualize and experiment with the magnetic field at the center of a pair of coils in a Anti-Helmholtz configuration using our interactive simulator.

Visualization of a parallel plate capacitor showing electric field lines between two plates.

Parallel plate capacitor

Explore the charging and discharging processes of a parallel plate capacitor using our interactive simulator.

Lenz’s law

Explore Lenz’s Law and observe the induced EMF when a magnet free-falls through a current-carrying coil with our interactive simulator

Faraday cage

Explore electromagnetic shielding with our Faraday cage simulator, and observe how the cage blocks external electric fields, demonstrating the principles of electromagnetic protection

Interactive simulator showing a charged particle moving through a parallel plate capacitor, calculating its charge-to-mass ratio.

Charge to mass ratio

Calculate the charge-to-mass ratio of a particle with our interactive simulator by observing the change in its trajectory height as it passes through the electric field of a parallel plate capacitor.

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