Consider a wave described by the wave function y(z, t) = (0,1 cm)sin (9 m-1x+ 613s-t). Help on how to format answers: units. a. How many (possibly fractional) crests pass by an observer at a fixed location in 8 min? Answer: times h. How far has the wave traveled in that tirrme? Answer: Submit answer
Consider a wave described by the wave function y(z, t) = (0,1 cm)sin (9 m-1x+ 613s-t). Help on how to format answers: units. a. How many (possibly fractional) crests pass by an observer at a fixed location in 8 min? Answer: times h. How far has the wave traveled in that tirrme? Answer: Submit answer
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Transcribed Image Text:Consider a wave described by the wave function
y(z, t) = (0,1 cm)sin (9 m-1x+ 613s-t).
Help on how to format answers: units.
a. How many (possibly fractional) crests pass by an observer at a fixed location in 8 min?
Answer:
times
h. How far has the wave traveled in that tirrme?
Answer:
Submit answer
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