- All Simulations for Pitt Physics
- Graphical Vector Sum in 2-D
- Graphical Dot Product in 2-D
- Graphical Cross Product in 3-D
- Relative Motion in 2-D
- Integrating to Find Work
- Block Sliding Down Ramp With Friction
- Bungee Jumping With Energy Conservation
- Multiple Ejections Versus Rocket Equation
- Ballistic Pendulum
- Rolling With and Without Slipping
- Sliding Versus Rolling Versus Tumbling
- Colliding Asteroids and Angular Momentum
- Motion of 2-D Object With Arbitrary Forces Applied
- Stress-Strain Plot
- Equation of Continuity With Fluid Flow
- Physical Pendulum Pivoted From Arbitrary Point
- Model of a Traveling Wave
- Harmonic Series and Standing Waves on a String
- Standing Sound Wave in a Pipe
- Heat Capacity and Phase Change
- P-V Diagram and Work
- Coulomb's Law With Point Charges
- Electric Field for Multiple Point Charges in 3-D
- Torque and Potential Energy of Electric Dipole
- Integral to Find Electric Field for a Line of Charge
- Gauss' Law With Arbitrary Surface
- Electric Potential for Multiple Point Charges
- Multi-Loop Circuit
- RC Circuit
- Point Charge in a Magnetic Field
- Magnetic Field for Two Wires in 3-D
- Ampere's Law
- Faraday's Law
- RL Circuit
- Magnetic Dipole in a Nonuniform Field
- LC Circuit
- Driven RLC Circuit Using Phasors
- Impedance Matching With a Transformer
- Double Slit Interference
- Thin Film Interference
- Gravity and Orbits
All Simulations for Pitt Physics
- Author:
- Dave Nero
All 40 simulations created for intro physics at Pitt.
