This simulation allows students to study the motion of a solid object. Students have the ability to change the radius, (angular) velocity, (angular) acceleration, and what points are visible.
LAB
This simulation allows students to study the collision of a plastic with an inelastic or elastic object. Students have the ability to change the masses and velocities of both objects and they can adjust the level of elasticity.
LAB
This simulation allows students to study the phase of a wave. Students have the ability to change the direction, amplitude, velocity, and frequency of the wave.
LAB
This simulation allows students to study harmonic oscillation. Students have the ability to change the spring stiffness, body mass, fixed damping, and initial phase.
LAB
This simulation allows students to study harmonic oscillation. Students have the ability to change the amplitude, period, frequency, and initial phase of the oscillation. The result can be studied in x-t, v-t, and a-t graphs.
LAB
This simulation allows students to study a DC motor. Students have the ability to change the electromotive force, rotation angle, magnetic field, and external torque.
LAB
This simulation allows students to study the magnetic field of a linear current conductor. Students have the ability to change the current and radius of the conductor, move the compass around, and show or hide help objects.
LAB
This simulation allows students to study the magnetic field of a coil. Students have the ability to change the current, number of spirals, length, and radius of the coil.
LAB
This simulation allows students to study the magnetic field of a circular current conductor. Students have the ability to change the current and radius of the conductor.
LAB
This simulation allows students to study the magnetic field of a circular current conductor. Students have the ability to change the current and radius of the conductor and move the compass around.
LAB