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15 cards from this deck
Speed wave moves through medium (energy transfer)
v=fλv = f \lambdav=fλ
Distance travelled ÷ time taken
Different reaction times for each person
Many observers, discard anomalies, calculate mean
Distance between same points on consecutive waves
Distance from equilibrium to maximum displacement
Number of waves passing a single point per second
Time for whole wave to pass a single point
T=1fT = \frac{1}{f}T=f1
Crest to crest or trough to trough
Equilibrium line to crest or trough
Velocity increases (when wavelength also increases)
Velocity increases (when frequency also increases)
Inversely proportional
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