Physics 102 Virtual Laboratories
Experience Science Like Never Before
Our virtual laboratories provide students with immersive, hands-on science experiences without the limitations of physical lab spaces. Access cutting-edge experiments and simulations 24/7 from any device.
Each virtual lab is designed by experienced educators and scientists to align with curriculum standards while providing interactive learning opportunities that engage students in authentic scientific inquiry.
Available Virtual Labs
Explore our comprehensive collection of STEM laboratory simulations
Physics Laboratories
Motion on an Incline
Study acceleration and forces on objects moving along inclined planes.
30-45 minutesError Analysis
Learn techniques for quantifying and analyzing measurement uncertainties.
30-45 minutesNewton's First Law
Demonstrate inertia and the concept of objects at rest staying at rest.
30-45 minutesNewton's Second Law
Investigate the relationship between force, mass, and acceleration.
30-45 minutesNewton's Third Law
Explore action-reaction force pairs and their applications.
30-45 minutesProjectile Motion
Analyze the trajectory of objects launched at angles under gravity.
30-45 minutesEnergy Storage and Transfer: Elastic Energy
Study energy storage in springs and elastic materials.
30-45 minutesEnergy Storage and Transfer: Kinetic Energy
Investigate the energy of motion and its relationship to mass and velocity.
30-45 minutesEnergy Storage and Transfer: Gravitational Energy
Explore potential energy due to height in a gravitational field.
30-45 minutesImpulse and Momentum
Examine the relationship between force, time, and change in momentum.
30-45 minutesMomentum and Collisions
Study conservation of momentum in elastic and inelastic collisions.
30-45 minutesInvestigating Centripetal Acceleration using a Centripetal Force Apparatus
Measure centripetal force and relate it to mass, radius, and angular velocity.
30-45 minutesInvestigating Centripetal Acceleration using a Pendulum
Use pendulum motion to study centripetal forces and circular motion principles.
30-45 minutesRotational Dynamics
Investigate torque, rotational inertia, and angular acceleration.
30-45 minutesConservation of Angular Momentum
Demonstrate how rotational systems conserve angular momentum.
30-45 minutesThe Mathematical Model of Simple Harmonic Motion
Develop and analyze mathematical equations describing oscillatory motion.
30-45 minutesKinematics and Dynamics of Simple Harmonic Motion
Study position, velocity, acceleration, and forces in oscillating systems.
30-45 minutesPendulum Periods
Investigate factors affecting the period of a simple pendulum.
30-45 minutesPhysical Pendulum
Analyze the motion of extended objects swinging as pendulums.
30-45 minutesCenter of Mass
Locate and analyze the center of mass for various objects and systems.
30-45 minutes
Interactive Learning
Students engage with realistic lab equipment and procedures
Real-time Data
Collect and analyze data just like in a physical laboratory
Unlimited Flexibility
Change variables to replicate scenarios that are impossible in a physical lab