* See a [[courses:order:rforder|
	sample syllabus]] of how we order these materials.
  * Tips on how to [[whitepapers:sequences:start#special_relativity_sequences|
	sequence activities]] with lecture and class discussion. 


===== Special Relativity Activities =====


==== Spacetime diagrams and hyperbolic trigonometry ====
  * [[swbq:srsw:rfswgalilean|
	Galilean Spacetime Diagrams]] (SWBQ: 20 minutes)
  * [[swbq:srsw:rfswtrig|Trigonometry]] (SWBQ: 5 minutes)
  * [[swbq:srsw:rfsw345|Right Triangles]] (SWBQ: 10 minutes)
  * [[swbq:srsw:rfswlength|Length Contraction]] (SWBQ: 30 minutes)
  * [[..:courses:activities:rfact:rfcosmic|Cosmic Rays]] (SGA: 45 minutes)
  * [[..:courses:activities:rfact:rfdoppler|
	Doppler effect]] (SGA: 10 minutes)

==== Paradoxes in special relativity ====
  * [[..:courses:activities:rfact:rfparadox1|
	Paradoxes I]] (SGA: 45-80 minutes)
  * [[..:courses:activities:rfact:rfparadox2|
	Paradoxes II]] (SGA: 20 minutes)

==== Relativistic energy and momentum ====
  * [[swbq:srsw:rfswenergy|
	Energy, Mass, Momentum]] (SWBQ: 10 minutes)
  * [[..:courses:activities:rfact:rfmass|
	Mass is not Conserved]] (SGA: 10 minutes)
  * [[swbq:srsw:rfsweframes|
	Energy-Momentum in Different Frames]] (SGA or SWBQ: 30 minutes)

==== Relativistic electromagnetism ====
  * [[..:courses:activities:rfact:rfemlorentz|
	Lorentz Transformations for Electromagnetism]] (SGA: 45 minutes)