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

  G18. Counting up the deficit

• Kinematics

  K1. What happens at the top?

• Dynamics

  D3. Free-fall acceleration	D5. The sliding pizza	D8. Why bother with N1?	D9. When does N3 hold?
  D10. The farmer and the donkey	D11. Pulling a book	D17. Why bother with N2?	D21. Shoot and drop
  D22. Weight vs. force

• Momentum and Energy

  P&E1. Taking Cyrano to the moon	P&E4. When can you conserve momentum?	P&E10. When can you conserve energy?	P&E13. Momentum and energy?
  P&E20. Momentum conservation in subsystems	P&E21. Conserving momentum but not energy?

• Rotational Motion

  R12. Linear and rotational momenta and energies

• Gravitation

  GR1. In the shuttle

  GR4. Is Newton's law of gravity wrong?

• Properties of Matter

  M9. At the pool

  M11. Balloon in a car

  M12. Floating and sinking

  M17. Avogadro's hypothesis

• Heat, Temperature, and Thermodynamics

• Oscillations and Waves

  O24. Spring vs. string

  O28. Explaining the wave equation

  O31. Interpreting an oscillatory equation

  O32. Reflecting on a textbook error

• Electricity

  E16. What's a field?

• Magnetism

  MG5. Comparing E and B fields	MG10. Ampere's law in a capacitor	MG11. Three force fields	MG14. Ampere's law
  MG16. Right-hand rules	MG19. Faraday's law

• Optics

  OP1. Measuring the speed of light a la Galileo	OP3. Bizarre behavior with light	OP13. What happens if a double slit winks?	OP15. E-field and string pulses
  OP22. Electromagnetic light

• Modern Physics

  MP1. Three models of light

  MP2. Hot food

  MP4. Waves and particles

  MP14. Unusual properties

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Page last modified November 2, 2002