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When waves hit a boundary and reflect the angle of the incoming waves are called
A high frequency
2.28 m/s
incident
Law of Superpositioning
0.3 m
amplitudes
toward the normal in the more dense medium
seconds
If the speed of a wave is 0.3 m/s and its frequency is 1 Hertz, what is its wavelength?
A high frequency
2.28 m/s
incident
Law of Superpositioning
0.3 m
amplitudes
toward the normal in the more dense medium
seconds
Waves traveling in the same medium will have the same speed, but if they have a short wavelength they will have what kind of frequency?
A high frequency
2.28 m/s
incident
Law of Superpositioning
0.3 m
amplitudes
toward the normal in the more dense medium
seconds
Waves that have more energy will have larger
A high frequency
2.28 m/s
incident
Law of Superpositioning
0.3 m
amplitudes
toward the normal in the more dense medium
seconds
When two waves on the same medium are traveling in opposite directions, when they meet they will follow what law?
A high frequency
2.28 m/s
incident
Law of Superpositioning
0.3 m
amplitudes
toward the normal in the more dense medium
seconds
If a wave meets a boundary and continues into a more dense medium its path will bend
A high frequency
2.28 m/s
incident
Law of Superpositioning
0.3 m
amplitudes
toward the normal in the more dense medium
seconds
A wave has a frequency of 456 hertz. If it has a wavelength of 0.005m what is its velocity?
A high frequency
2.28 m/s
incident
Law of Superpositioning
0.3 m
amplitudes
toward the normal in the more dense medium
seconds
The unit of the period of a wave is
A high frequency
2.28 m/s
incident
Law of Superpositioning
0.3 m
amplitudes
toward the normal in the more dense medium
seconds
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