Gary Garber's Blog

Physics Teaching and Robotics Blog

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  • Brief Bio and Resume
  • Physics Olympics
  • BUA PY 25
  • InterLACE
  • AAPT-New England Section

BUA PY 25

Introduction to Physics ……………………..Video Link

Homework for PhysicsWeek1

Homework for PhysicsWeek2

Homework for PhysicsWeek4

Homework for Physics Week 6-7

Homework for Physics Week 8-9

  1. Aristotle vs Galileo ………………….Video Link
  2. Newton’s First Law …………………Video Link…….Programming a robot
  3. Introduction to Motion ………..Video Link…………AND Measuring Velocity
  4. Velocity and Position Graphs ……Video Link
  5. Acceleration and graphing Video Link .Video Link
  6. Kinematic Equations and Acceleration…….
  7. Galileo and Free Fall…………………
  8. Lab Report Guidelines……………
  9. Galileo Lab Report Guidelines
  10. Newton’s Second Axiom
  11. Friction
  12. Introduction to Vectors.……………………………  Video Link
  13. Trigonometry and Vector Components……….  Video Link
  14. Inverse Trig………………………Video Link
  15. Strings Problems……………….Video Link
  16. Inclined Planes………………….Video Link
  17. Momentum
  18. Collisions and Conservation of Momentum
  19. Rotational Motion
  20. Collision Lab report Guidelines
  21. Centripetal Acceleration
  22. Introduction to Pendula
  23. Energy in a Pendulum
  24. SHM in a pendulum
  25. Reduced Gravity Pendulum

 

  • Blogroll

    • Boston University Academy
    • BUA Robotics Team
    • New England Section of the American Association of Physics Teachers
    • Tufts CEEO
  • Archives

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    • December 2011
    • November 2011
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    • July 2011
    • June 2011
    • May 2011
    • April 2011
    • March 2011
  • Pages

    • AAPT-New England Section
    • Brief Bio and Resume
    • BUA PY 25
      • Atomic Theory
      • Binary Trick
      • Collisions Lab Report Guidlines
      • Details for the Galileo Lab Report
      • Electrostatics and Electricity
        • Batteries, meters, and ohm’s law
        • Charge in an Electric Field
        • Electric Fluids
        • Field of an Electric Charge
        • From Franklin to the Coulomb Force
        • Kirchoff’s Laws for Circuits
      • Free fall lab report
      • Friction
      • Homework
        • Homework for Week 4
        • Homework for weeks 10
        • Homework for weeks 6-7
        • Homework for weeks 8-9: Momentum!
        • Homework September
        • Homework Week 11
      • Introduction to Physics
        • Additional Resources
        • Additional Resources and information
        • Materials for Physics
        • Types of assignments
          • Extra Credit Assignments
          • Lab Report Guidelines
      • Light
        • Diffraction
        • Holograms
        • Polarization
      • Magnetism
        • Electromagnetism
      • Mechanics
        • Acceleration
        • Centripetal Acceleration
        • Collisions and Conservation of Momentum
        • Galileo, Aristotle, and Inertia
        • Inclined Planes
        • Introduction to Motion
          • Introduction to LabView: Making a Robot Move
          • Measuring Position and Velocity
        • Introduction to Vectors
        • Inverse Trig Function
        • Kinematics Equations and constant acceleration
        • Newton’s First Law
        • Velocity and Position Graphs
      • Momentum
      • Newton’s Second Axiom
      • Pendulum Lab Guidelines
      • Rotational Motion
      • States of Matter and Thermodynamics
        • Buoyancy
        • Density
        • Fluids
        • Gas Law Experimental Apparatus
        • Gas Law Theory
        • Heat Capacity
        • Heat Transfer
        • Pressure
        • Temperature
        • Thermal Energy
        • Thermal Expansion
      • Strings and Things
      • Vector Components and Trigonometry
      • Waves and Sound
        • As the Wave Propagates…
        • Interference
        • Sound waves
        • Standing Waves in strings and pipes
        • Waves
    • InterLACE
      • Pendulum
        • Energy in a Pendulum
        • Modeling A Pendulum
        • Pendulum Definitions
        • Pendulum Problems
        • Reduced Gravity Pendulum
        • SHM in a Pendulum
    • Physics Olympics

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