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Learn to integrate programming with physics concepts through this comprehensive video series that teaches computational modeling for high school-level physics topics. Master unit conversions, vector operations, and statistical analysis for physics labs while developing skills in creating motion graphs and modeling kinematics scenarios including free-fall and projectile motion. Explore force analysis through one-dimensional problems, friction modeling with conditional statements, and free-body diagram construction for various scenarios including ramps and air resistance. Dive into gravitational force visualization and animation, spring motion studies with and without air resistance and driving forces, and wave motion creation including Doppler effect demonstrations. Investigate energy applications in projectile motion, orbital mechanics, and spring oscillations, then advance to collision modeling covering elastic, inelastic, sticking, and glancing collisions. Study thermodynamics through ideal gas simulations and heat transfer modeling, followed by rotational mechanics including torque, pendulum motion, and rolling objects. Examine electromagnetic phenomena by visualizing and animating electric forces, exploring electric potential energy and field calculations for particles and charged shapes, and modeling magnetic fields and forces. Complete the series with wave optics including reflection, refraction, and diffraction, plus special relativity concepts covering relativistic motion, time dilation, and length contraction, while also covering circuit analysis through Ohm's law and electron scattering simulations.
