Teaching Physics with the Physics Suite Edward F. Redish Home | Action Research Kit| Sample Problems | Resources | Product Information
	Problems Sorted by Type | Problems Sorted by Subject | Problems Sorted by Chapter in UP

• General and Mathematics

  G3. Velocity and Pace	G4. Fuel Efficiency	G7. Finding a Mistake Using Dimensional Analysis	G8. Scaling up
  G10. Finding the right dose	G13. Well-formed formulas

• Kinematics

  K4. Hitting a bowling ball	K6. Running in circles	K7. Little Casey Jones	K8. Acceleration graphs
  K9. Two balls, passing in the night	K11. Graph for a cart on a tilted airtrack -- with spring	K12. Round the track	K13. Velocity graphs
  K14. Mice in a maze

• Dynamics

  D2. Tapping a rolling ball	D4. Playing catch	D6. Rolling up and down	D12. Ball on a ramp
  D14. Pushing a carriage	D16. The cut pendulum	D19. Projectile graphs	D20. A two-stage rocket
  D28. Air Resistance 1: Dimensional analysis	D32. Pushing a box

• Momentum and Energy

  P&E3. Carts and graphs	P&E6. Graphs and carts	P&E8. Colliding carts	P&E9. Billiards over the edge
  P&E12. Sticky carts

• Rotational Motion

  R1. Round and round

• Gravitation

  GR6. In an elliptical orbit

• Properties of Matter

• Heat, Temperature, and Thermodynamics

• Oscillations and Waves

  O3. Graphing a pulse on a string: 1	O4. Oscillating energies	O5. Oscillating graphs	O6. Motion in a standing wave
  O7. Overlapping pulses	O8. Displacement and velocity patterns in waves	O9. Equations for sinusoidal waves	O10. Pendulum graphs
  O14. Where is the energy?	O18. Waves and velocities	O19. Making a pulse move	O20. Comparing waves
  O21. Combining pulses	O22. Moving a non-symmetric triangular pulse	O23. Which wave is which?	O27. Spring vs. string: graphs
  O29. Propagating a Gaussian pulse	O31. Interpreting an oscillatory equation	O35. Graphing a pulse on a string: 2

• Electricity

  E1. Functional dependence and the electric field	E3. E-Field multiple representations	E4. Orienteering an electric potential	E10. Tracking round a circuit
  E19. Using Gauss's Law	E20. Charge from field lines	E21. Interpreting Gauss	E22. Finding the E field

• Magnetism

  MG3. Comparing electric and magnetic forces: 1	MG6. Comparing electric and magnetic forces: 2	MG7. Magnetic forces and fields	MG08. Direction of magnetic forces
  MG13. Magnetic field, force, and torque	MG18. Magnetic forces

• Optics

  OP4. Tracking a plane wave in a box	OP10. Who sees what?	OP15. E-field and string pulses	OP17. The diverging lens
  OP19. Alice in the looking-glass	OP20. A bigger lens	OP23. Properties of EM Waves	OP25. Representing an interference pattern

• Modern Physics

  MP7. Absorbing and emitting photons

  MP13. Photoelectric graphs

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Page last modified October 30, 2002