Lessons: A Derivation of the Formulas for Centripetal Acceleration Air Resistance Air Resistance: Terminal Velocity Derivation of Bohr's Model for the Hydrogen Spectrum Derivation: Period of a Simple Pendulum Energy Conservation in Simple Pendulums Famous Discoveries: The Franck-Hertz Experiment Forces Acting at an Angle Freebody Diagrams Inclined Planes Inertial vs Gravitational Mass Kepler's Laws Linear Momentum Magnetic Forces on Particles (Part II) Mechanical Energy Momentum and Energy Newton's Laws of Motion Period of a Pendulum Properties of Friction SHM Equations Simple Harmonic Motion Springs: Hooke's Law Static Equilibrium Systems of Bodies Tension Cases: Four Special Situations The Law of Universal Gravitation Uniform Circular Motion: Centripetal Forces Universal Gravitation and Satellites Universal Gravitation and Weight Vertical Circles and Non-Uniform Circular Motion Work Work and Energy Labs: A Photoelectric Effect Analogy Air Track Collisions Ballistic Pendulum: Muzzle Velocity Bouncing Steel Spheres Bullseye Lab Coefficient of Friction Conical Pendulums Conservation of Momentum Falling Coffee Filters Hoop Cart Inelastic Collision - Velocity of a Softball Inertial Mass Kepler's 1st and 2nd Laws LabPro: Newton's 2nd Law Loop-the-Loop Oscillating Springs Rube Goldberg Challenge Sand Springs Simple Pendulums: Class Data Simple Pendulums: LabPro Data Spring Carts Static Springs: Hooke's Law Static Springs: LabPro Data for Hooke's Law Target Lab Water Springs Worksheets: Basic Practice with Springs Combining Kinematics and Dynamics Distinguishing 2nd and 3rd Law Forces Energy Methods: More Practice with Projectiles Energy Methods: Projectiles Energy/Work Vocabulary Force vs Displacement Graphs Freebody Diagrams #1 Freebody Diagrams #2 Freebody Diagrams #3 Freebody Diagrams #4 Inertial Mass Lab Review Questions Introduction to Springs Kepler's Laws: Worksheet #1 Kepler's Laws: Worksheet #2 Kinematics Along With Work/Energy More Practice with SHM Equations net F = ma Pendulum Lab Review Practice: Momentum and Energy #1 Practice: Momentum and Energy #2 Practice: SHM Equations Practice: Uniform Circular Motion Practice: Vertical Circular Motion Ropes and Pulleys in Static Equilibrium SHM Properties Universal Gravitation and Satellites Vocabulary for Newton's Laws Work and Energy Practice: An Assortment of Situations Work and Energy Practice: Forces at Angles AP Essays: 1972 B1: essay 1973 B1: essay 1973 B2: essay 1974 B1: essay 1974 B2: essay 1974 B7: essay 1975 B1: essay 1975 B6: essay 1975 B7: essay 1976 B1: essay 1976 B2: essay 1977 B1: essay 1977 B2: essay 1978 B1: essay 1978 B2: essay 1979 B1: essay 1979 B2: essay 1980 B1: essay 1980 B5: essay 1980 B6: essay 1981 B1: essay 1981 B2: essay 1981 B3: essay 1982 B2: essay 1982 B3: essay 1983 B1: essay 1983 B2: essay 1984 B1: essay 1984 B2: essay 1984 B4: essay 1984 C1: essay 1985 B1: essay 1985 B2: essay 1986 B1: essay 1986 B2: essay 1986 B4: essay 1987 B1: essay 1988 B1: essay 1988 B2: essay 1989 B1: essay 1989 B6: essay 1990 B1: essay 1990 B2: essay 1991 B1: essay 1991 B2: essay 1991 B5: essay 1992 B1: essay 1992 B2: essay 1992 B5: essay 1993 B1: essay 1993 B2: essay 1993 B6: essay 1994 B2: essay 1995 B1: essay 1995 B3: essay 1995 B4: essay 1995 B5: essay 1996 B1: essay 1996 B2: essay 1997 B1: essay 1997 B2: essay 1997 B3: essay 1997 B4: essay 1997 B5: essay 1997 B6: essay 1998 B1: essay 1998 B2: essay 1998 B6: essay 1999 B1: essay 1999 B2: essay 1999 B3: essay 1999 B5: essay 2000 B1: essay 2000 B2: essay 2001 B1: essay 2001 B2: essay 2002 B1: essay 2002 B2: essay 2002 B7: essay 2002 Form B - B1: essay 2002 Form B - B2: essay 2002 Form B - B5: essay 2002 Form B - B7: essay 2003 B1: essay 2003 Form B - B1: essay 2003 Form B - B2: essay 2003 Form B - B4: essay 2004 B1: essay 2004 Form B - B1: essay 2005 B1: essay 2005 B2: essay 2005 Form B - B1: essay 2005 Form B - B2: essay 2006 B1: essay 2006 Form B - B2: essay 2007 B1: essay 2007 B7: essay 2007 Form B - B1: essay 2008 B1: essay 2008 B2: essay 2008 B3: essay 2008 B7: essay 2008 Form B - B1: essay 2008 Form B - B2: essay 2008 Form B - B7: essay CP Workbook Pages: Action-Reaction #1 Action-Reaction #2 Centripetal Acceleration Centripetal Force Conservation of Energy Conservation of Momentum Equilibrium on an Inclined Plane Falling and Air Resistance Force and Acceleration Force and Weight Force Vectors and the Parallelogram Rule Freebody Diagrams Gravitational Interactions Incline Places: Force Vector Resultants Incline Planes - Force Vector Components Inertia Mobiles: Rotational Equilibrium Momentum Momentum and Energy Momentum and Kinetic Energy Momentum Practice Problems Momentum Systems and Conservation Net Force Newton's Law of Motion: Friction Power Production Satellites: Circular and Elliptical Static Equilibrium Tensions and Equilibrium Work and Energy NextTime Questions: Acceleration Air Resistance #1 An Apple on a Table Apex #1 Apex #2 Circular Orbits Cliffs Elliptical Orbits Escape Velocity Falling Rock Falling Spheres Friction Frictionless Pulley Gravitation #1 Gravitation #2 Head-on Collisions #1 Head-on Collisions #2 Ice Boat Momentum Pendulum Ramps Rotating Disk Sailboats #1 Sailboats #2 Satellite Positions Scale Reading Settling Skidding Distances Spiral Tube Tensile Strength Terminal Velocity Tug of War #1 Tug of War #2 Two-block Systems Amusing Problems: Big Al Big Fist Family Reunion Puppy Love Ring Around the Collar The Antelope The Box Seat The Jogger The Pepsi Challenge The Pet Rock The Pool Game The Raft The Satellite The Spring Phling Timex