my buttcheeks
During constructive interference, the amplitude of a wave increases. This occurs when two waves of the same frequency and similar amplitudes align their peaks and troughs. As a result, their amplitudes add up, resulting in a higher overall amplitude.
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Destructive interference affect the amplitude of a wave because two identical waves with similar amplitude and wavelength, arrive in anti phase, leading to a zero displacement.
Destructive interference lowers the amplitude, the lowest amplitude will be the difference between the two waves.
amplitude increases (louder the sound is, bigger is the amplitude)
During constructive interference, the amplitude of a wave increases. This occurs when two waves of the same frequency and similar amplitudes align their peaks and troughs. As a result, their amplitudes add up, resulting in a higher overall amplitude.
Interference. This can result in either constructive interference, resulting in increased amplitude, or destructive interference, whereby there would a reduced amplitude.
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Destructive interference affect the amplitude of a wave because two identical waves with similar amplitude and wavelength, arrive in anti phase, leading to a zero displacement.
The amplitude of a sound corresponds to its loudness so an increase in amplitude will correspond to a louder sound.
Destructive interference lowers the amplitude, the lowest amplitude will be the difference between the two waves.
amplitude increases (louder the sound is, bigger is the amplitude)
what happens to the amplitude of a wave when the energy increases
As amplitude increases, the particles in a longitudinal wave become denser.
the speed at which the energy travels increases.
Constructive interference can be a confusing concept when called interference. It is wave interference that is moving in phase with another wave. This causes the waves to for a resultant wave with a greater amplitude. Destructive interference is wave interference that is moving out of phase with another wave. These waves form a resultant wave of lower amplitude.
When amplitude increases, so does the energy. This stems from E = hv where h is Planck's constant, v is nu (amplitude) and E is energy.