Physics learning resources

Explore fields of a bar magnet, straight wire, circular loop and solenoid with a test needle, probe and planar filings in 3D.

Build and edit DC circuits, measure voltage and current, and explore Ohm’s law and electric power.

Explore elliptical orbits, swept areas and the relationship between orbital period and orbit size.

Illuminate eight molecules in 3D and observe transmission, rotation, vibration, electronic excitation and dissociation.

Create water, sound or light waves; compare two sources, adjust slits and explore diffraction patterns.

Change the wavelength, add a filter and mix red, green and blue light to see which color the eye perceives.

Change the voltage, plate area and plate separation to see the capacitance, charge, field and energy of a parallel-plate capacitor; let it discharge through a bulb.

Place objects on a lever, observe its motion and discover how to balance both sides.

Explore1D,2D and sticking collisions while measuring momentum, kinetic energy and the centre of mass.

Drag wire length and cross section to investigate R = ρL/A.

Change masses and distance to explore gravitational forces.

Generate transverse waves, track a particle and compare reflections at different boundaries.

Explore radiation, surface temperature and energy balance under changing atmospheric conditions.

Khám phá pha Mặt Trăng, bóng nhật thực và nguyệt thực, quỹ đạo nghiêng, khóa thủy triều và thủy triều nước biển trong không gian 3D.

Explore eight planets in 3D, follow their orbits, observe rotation and compare day and night.

Trải nghiệm thực tế tăng cường giúp người học quan sát các hiện tượng thời tiết trên bầu trời, nhận biết mây, mưa, nắng và mối liên hệ với khí hậu. Phù hợp cho hoạt động khám phá trong môn Địa lí.

Change parameters, observe the motion, measure the period and explore the physics quantities of a simple pendulum.

Simulate the trajectory, velocity and key quantities of ideal projectile motion.

Construct images through a converging lens with special rays and watch the image change as the object passes positions F and 2F.