Physics Simulations

Explore the basic differences between scalar and vector quantities with visual examples.

Understand various types of motion including linear, circular, and oscillatory motion.

Visualize how a body accelerates during free fall under gravity.

Explore how objects move in a curved trajectory when launched at an angle.

Study the dynamics of motion in a circular path.

See Newton's three laws of motion in action through real-life scenarios.

Understand inertia by observing what happens when a bus suddenly stops.

Simulate elastic and inelastic collisions to understand momentum conservation.

Examine the effect of force and momentum in bullet-wall interaction.

Understand different types of friction and how they affect motion.

Visualize how gravity affects objects of different masses and distances.

Explore basic 2D rocket motion using Newton’s third law.

Experience a realistic 3D rocket launch and the forces at play.

See the effects of action and reaction forces in a boat jump.

Observe how gas expands when heated in a closed container.

Study properties of waves such as amplitude, frequency, and wavelength.

Learn how objects oscillate in simple harmonic motion.

Understand how echoes are formed and calculated based on distance and speed of sound.

Watch how light bends when passing between different media.

Visualize how different lenses form images.

Build and test electric circuits with different components.

Visualize the electric field between charged objects.

Explore the magnetic field around current-carrying wires and magnets.

Understand how transformers step up and step down voltage using magnetic induction.