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Class #1 - Class #12
Class #13-Class #21
Class #22-Class #33
Class #34-Class #41
Class Notes are posted here without video links, due to the large size of video files. Class notes including video links are distributed on CD's.Class Notes
Class Notes are posted here without video links, due to the large size of video files. Class notes including video links are distributed on CD's.Class #1-Class #12: Fluids and Thermodynamics
#01: Experiments conducted; no notes (demos on CD)
#02: Experiments conducted; no notes (demos on CD)
#03: Analyzing Experiments 2 and 4
#04: Pressure and Volume Relationships for an Ideal Gas
#05: Potential and Kinetic Energy Changes in a Fluid
#06: Fluids; Bernoulli's Equation
#07: Bernoulli's Equation
#08: Terminal Velocity results; Bottle Engine intro (thermodynamics)
#09: Bottle Engine: Work and Energy, Efficiency
#10: Bottle Engine: States 1, 2 and 3
#11: Kinetic Theory
#12: Thermodynamics
Class #13-Class #21: Waves and Optics
#13: Introduction to Waves
#14: Harmonics in a String
#15: Doppler Shift
#16: Harmonics of a String; Music
#17: Snell's Law; Ray Tracing; Image Formation
#18: Focal Points, Image Formation
#20: Focal Distance, Object Distance, Image Distance, Magnification
#21: Interference
Class #22-Class #33: Fluids and Thermodynamics
#22: Current Flow and Resistance
#23: Series Resistance
#24: Magnetic Field from Pendulum Behavior
#25: Capacitors and Meters; Flux Change and Voltage
#26: Coulomb's Law
#27: Coulomb Forces, Energy, Potential Difference
#28: Electric Field
#29: More Electric Fields; Gauss' Law
#30: Field Lines, Equipotential Lines, Capacitance
#31: Capacitors
#32: Some DC Circuits
#33: Partial Review of E & M
Class #34-Class #41: Fluids and Thermodynamics
#34: The Bohr Model of the Hydrogen Atom
#35: Energy Levels of the Bohr Atom; Revisiting Induced Charge
#36: Alignment of Magnetic Dipoles
#37: Atomic Structure; Dual Nature of Light
#38: Time Dilation; Revisiting Source of Magnetic Field