Interactive animations for concept building and problem visualization.
Interactive animations for concept building and problem visualization.
A cannonball is projected from the top of a building with adjustable initial velocity and angle of projection.
Standard projectile motion from origin.
Compare two projectiles with different angles or speeds.
Addition of two vectors using parallelogram law.
Interactive animations for concept building and problem visualization.
Interactive animations for concept building and problem visualization.
Deflection of electron, proton, alpha particle and neutron in a uniform electric field between parallel plates.
Interactive 3D visualization of equipotential surfaces of a single point charge.
Visualizes equipotential curves and electric field of an electric dipole.
3D visualization of cylindrical equipotential surfaces around an infinite line charge.
Interactive 3D visualization of equipotential surfaces of an electric dipole.
3D visualization of equipotential planes and electric field for an infinite charged sheet.
Interactive animations for concept building and problem visualization.
Correct practical circuit with voltmeter across resistance wire.
CBSE practical-record style diagram with table and graph.
Determine the resistance of a given wire using a metre bridge and hence determine the resistivity of its material.
To verify the law of combination of resistances in series using a metre bridge.
Interactive animations for concept building and problem visualization.
Motion of a charged particle in a uniform magnetic field.
Motion of a charged particle having both perpendicular and parallel velocity components in a uniform magnetic field.
Compare proton, electron, deuteron and alpha particle paths for same velocity, same momentum, same kinetic energy and same accelerating potential.
Motion of charged particles through crossed electric and magnetic fields.
Velocity selector followed by magnetic deflection to separate ions according to mass.
3D visualization of magnetic field lines around a current carrying circular loop.
3D visualization of magnetic field at different points on the axis of a current-carrying circular coil.
Magnetic field inside a long solenoid using Ampere's circuital law.
Animated vector addition of magnetic fields produced by two circular coils using the Biot–Savart law and parallelogram law.