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All Simulations for Pitt Physics
All Simulations for Pitt Physics
Author:
Dave Nero
All 40 simulations created for intro physics at Pitt.
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
New Resources
Feb 24th: Interpreting Quadratic function
Balok
Archimedes' polygons
Approximating the Area of a Circle
Quadrilaterals - Sum of Angles
Discover Resources
Regression line with residuals
College Algebra: Transformations of Functions
Igball's assignment
cube of x x^3
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Discover Topics
Division
Distributions
Coordinates
Equations
Fractal Geometry
