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

• Kinematics

  K1. What happens at the top?

  K9. Two balls, passing in the night

• Dynamics

  D3. Free-fall acceleration	D5. The sliding pizza	D11. Pulling a book	D12. Ball on a ramp
  D16. The cut pendulum	D18. Friction is doing what?	D19. Projectile graphs	D20. A two-stage rocket
  D21. Shoot and drop	D23. Comparing a heavy and a light object	D25. Properties of a projectile	D28. Air Resistance 1: Dimensional analysis
  D31. Forces in a car	D32. Pushing a box

• Momentum and Energy

  P&E1. Taking Cyrano to the moon	P&E6. Graphs and carts	P&E8. Colliding carts	P&E9. Billiards over the edge
  P&E11. Fan carts P&E	P&E12. Sticky carts	P&E14. Rolling carts down hill	P&E16. Closing the door
  P&E17. Pushing a block

• Rotational Motion

  R2. Climbing a ladder	R3. Preventing velociraptors	R8. The refrigerator door	R10. Rotational vs. linear energy of motion
  R11. Fly on an LP	R13. Refrigerator shelf	R19. Weighing a big suitcase	R20. Approximating Atwood

• Gravitation

  GR1. In the shuttle

  GR4. Is Newton's law of gravity wrong?

  GR6. In an elliptical orbit

  GR7. Standard orbit, Mr. Sulu!

• Properties of Matter

  M1. Hanging blocks	M2. Floating blocks	M4. Restroom paper towels	M5. The concrete canoe
  M7. The meteor and the dolphin	M8. Pushing iron	M9. At the pool	M10. The 3 vase puzzle
  M11. Balloon in a car	M12. Floating and sinking	M13. Blowing up a balloon	M16. Is the M-B distribution wrong?

• Heat, Temperature, and Thermodynamics

  H&T3. Considering changes

  H&T5. Boiling molecules

  H&T6. Extensive vs. intensive

• Oscillations and Waves

  O1. Where's the force?	O2. Swinging a	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
  O10. Pendulum graphs	O25. Parsing a pulse	O26. Modified harmonics	O27. Spring vs. string: graphs
  O29. Propagating a Gaussian pulse	O30. Varying a pulse	O31. Interpreting an oscillatory equation	O32. Reflecting on a textbook error
  O34. Arranging the patio speakers	O35. Graphing a pulse on a string: 2

• Electricity

  E4. Orienteering an electric potential	E6. A battery and two bulbs	E7. A battery and four bulbs	E8. Lots of batteries and a bulb
  E10. Tracking round a circuit	E13. Forces between charges	E17. What happens to the bulbs?	E18. Ammeters and voltmeters
  E20. Charge from field lines	E21. Interpreting Gauss	E24. Dependence of E

• Magnetism

  MG1. Magnets and charge	MG3. Comparing electric and magnetic forces: 1	MG4. Anti-matter in cosmic rays	MG6. Comparing electric and magnetic forces: 2
  MG7. Magnetic forces and fields	MG08. Direction of magnetic forces	MG9. Induced current in a coil	MG13. Magnetic field, force, and torque
  MG17. Inducing current	MG18. Magnetic forces

• Optics

  OP3. Bizarre behavior with light	OP7. Insolation of the earth	OP8. Closer than they may appear	OP09. Where can you see the bulb?
  OP10. Who sees what?	OP11. The camera and the slide projector	OP12. Mirrors and lenses	OP13. What happens if a double slit winks?
  OP14. Changing interference	OP15. E-field and string pulses	OP17. The diverging lens	OP18. The half lens
  OP19. Alice in the looking-glass	OP20. A bigger lens	OP21. A fishy lens	OP24. Where's the image?

• Modern Physics

  MP5. Interference with photons and electrons	MP6. Getting a phototube to work	MP8. X-ray lines	MP9. Jellyfish glow
  MP10. Interstellar gas	MP12. Interfering electrons	MP13. Photoelectric graphs

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Page last modified November 2, 2002