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Class #1 -
Class #8
Class #9-Class #21
Class #22-Class #35
Class #36-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.Classes 1-8: Introduction through Major Quiz
# 01: Velocity and Acceleration (ball rolling down incline)
# 02: Position Graph from Velocity Graph (constant acceleration)
# 03: Inferences yfrom a constant-acceleration v vs. t graph
# 04: Inferences from Initial and Final Velocities on a Known Time Interval, Const Accel
# 05: Lab Exercise; The Use of Flow Diagrams in Problem-Solving
# 06: Accel vs. Ramp Slope Exp; Deriving Equations of Motion aided by Diagrams
# 07: The Equations of Uniformly Accelerated Motion
# 08: Force and Acceleration
# 09: Experiment: Work and Acceleration on a Ramp
# 10: Experiment: Force and Acceleration on a Level Ramp
Classes #9-20: Major Quiz - Test #1
# 11: Newton's 2d Law and Energy; Force vs. slope; accel vs. slope; force vs. accel
# 12: Work and Energy: Rubber Band accelerating Rail
# 13: Forces, Work, Energy
# 14: Force, Work, Energy
# 15: Energy and Projectile Motion
# 16: Momentum; Projectiles; Problems
# 17: Projectiles; Impulse-Momentum Theorem
# 18: Momentum in Two Dimensions
# 19: More Momentum; Impulse-Momentum
../lectures/ph_981012_981030/ph1_1021/class_notes.htm
# 20: Vectors; Forces
# 21: Forces; Projectile Motion
Classes #22-34: Test #1 - Test #2
# 22: Terminal Velocity, Momentum Conservation in Two Dimensions
# 23: Energy, Vectors and Projectile Motion
# 24: Energy and Orbits
# 25: Orbit Simulation
# 26: Orbital Velocity, Energies
# 27: Newton's Law of Universal Gravitation; Orbital and Escape Velocities
# 28: Rotational Motion
# 29: Stable and Unstable Equilibrium; Rotational KE
# 30: Moment of Inertia
# 31: Moments of Inertia
# 32: Cantilevered Beam: Statics and Dynamics
# 33: Leaning Ladder; Introduction to Simple Harmonic Motion
# 34: Test Review (includes practice test)
Classes 36-41: Test #2 - Final Exam
# 35: Test Review (continued)
# 36: SHM of floating objects
# 37: Velocity, Acceleration and Energy in SHM
# 38: Miscellaneous Problems
# 39: Review I
# 40: Review II
# 41: Review III