Period
Time it takes for one wave cycle to complete (in seconds)
Period of a pendulum formula
T = 2pie x square root of L divided by g
Period of mass on a spring
T = 2pie x square root of mass divided by k
How to find frequency
Period cycle dived by time
Top of a wave
Crest
Bottom of a wave
Trough
Spread out part of a slinke
Rarefraction
Condensed part of a slinke
Compression
Amplitude
Height of trough/crest
Frequency
Number of waves/cycles in one period
Wave lengh
Distance between 2 crests/troughs (between waves)
Speed
Wave length x frequency
Wave speed formula
Frequency x length
lambda
Upside down y which is symbol for wave length