The bottom wave has a greater wavelength.
Since the first wave has a lower number of cycles (which means it has a lower frequency), and both waves travel the same distance in one second, the wave with fewer cycles must have a longer wavelength.
Use the diagram to complete the statement.
An illustration shows the propagation of two waves for a period of one second. The first wave has a lower number of cycles than the second wave, but both the waves travel an equal horizontal distance in one second.
The bottom wave has a greater _____
(1 point)
Responses
wavelength.
wavelength.
trough.
trough.
frequency.
frequency.
amplitude.
amplitude.
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1 answer
The bottom wave has a greater wavelength.
Since the first wave has a lower number of cycles (which means it has a lower frequency), and both waves travel the same distance in one second, the wave with fewer cycles must have a longer wavelength.