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Computer lab.#1
Mathcad Tutorial and Projectile Motion
Computer lab.#2
Uniform Circular MotionComputer lab.#3
Sliding on a Hemisphere without Friction
Computer lab.#1
Electric Field of Two Charges
Computer lab.#2a
Electrostatic Potential of Charged RingComputer lab.#2b
Electric Field of Charged RingComputer lab.#3a
Charged Particle in a Magnetic FieldComputer lab.#3b
Charged Particle in a Magnetic Field and in an Electric Field
Computer lab #0
Tutorial and Example of Entropy Maximization
Computer lab #1
Estimate of Mass of AtmosphereComputer lab #2
Stirling Heat EngineComputer lab #3
Ruchardt method for Cp/CvComputer lab #4
van der Waals fluidComputer lab #5
Thermodynamic Stability
Computer lab #1
Tutorial and Gamma Function
Computer lab #2
Einstein CrystalComputer lab #2b
Two-State Model, Negative Temperature, Schottky HumpComputer lab #3
Electromagnetic RadiationComputer lab #4
Magnetic CoolingComputer lab #5
Bose-Einstein Condensation
Computer lab #1
Tutorial and Exponential Growth Consumption Model
Computer lab #2
Hubbert Consumption ModelComputer lab #3
Earth's and Sun's Electromagnetic RadiationComputer lab #4
Deterministic ChaosComputer lab #5
Butterfly Effect
Lorenz attractor
Computer lab #1
Ideal gas simulation
Computer lab #2
Einstein-Smoluchowski EquationComputer lab #3
Cellular Automata and Fractals
to see an animated scientific visualization courtesy of Mathsoft.
to see an animation (*.avi file) based on the Fibonacci numbers.
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Monte Carlo Techniques
Foundations of Quantitative Reasoning
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