- All Simulations for Pitt PhysicsGraphical Vector Sum in 2-DGraphical Dot Product in 2-DGraphical Cross Product in 3-DRelative Motion in 2-DIntegrating to Find WorkBlock Sliding Down Ramp With FrictionBungee Jumping With Energy ConservationMultiple Ejections Versus Rocket EquationBallistic PendulumRolling With and Without SlippingSliding Versus Rolling Versus TumblingColliding Asteroids and Angular MomentumMotion of 2-D Object With Arbitrary Forces AppliedStress-Strain PlotEquation of Continuity With Fluid FlowPhysical Pendulum Pivoted From Arbitrary PointModel of a Traveling WaveHarmonic Series and Standing Waves on a StringStanding Sound Wave in a PipeHeat Capacity and Phase ChangeP-V Diagram and WorkCoulomb's Law With Point ChargesElectric Field for Multiple Point Charges in 3-DTorque and Potential Energy of Electric DipoleIntegral to Find Electric Field for a Line of ChargeGauss' Law With Arbitrary SurfaceElectric Potential for Multiple Point ChargesMulti-Loop CircuitRC CircuitPoint Charge in a Magnetic FieldMagnetic Field for Two Wires in 3-DAmpere's LawFaraday's LawRL CircuitMagnetic Dipole in a Nonuniform FieldLC CircuitDriven RLC Circuit Using PhasorsImpedance Matching With a TransformerDouble Slit InterferenceThin Film Interference
All Simulations for Pitt Physics
- Author:
- Dave Nero
All 40 simulations created for intro physics at Pitt.
