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Amplitude
Yes, energy transfer for mechanical waves is dependant on frequency as well as amplitude. Energy of electromagnetic waves, however, does not rely on frequency but solely on amplitude.
the energy is reduced by a factor of 4. It is reduced by (1/4)
Destructive interference lowers the amplitude, the lowest amplitude will be the difference between the two waves.
the amplitude increases
They have the same wavelength and harmony. Sometimes the amplitude.
Amplitude
Yes, energy transfer for mechanical waves is dependant on frequency as well as amplitude. Energy of electromagnetic waves, however, does not rely on frequency but solely on amplitude.
the energy is reduced by a factor of 4. It is reduced by (1/4)
They have the same wavelength and harmony. Sometimes the amplitude.
the amplitude increases
Destructive interference lowers the amplitude, the lowest amplitude will be the difference between the two waves.
All waves have amplitude.
There is absolutely no similarity between amplitude, frequency and the speed of mechanical and electromagnetic waves. All electromagnetic waves travel at the same speed. It does not matter if they have a great big amplitude, a high frequency, or whatever. An ittsie bitty gamma ray travels at the same speed as a great big radio wave. A sound wave, loud or soft travels at the same speed. The way a mechanical wave travels depends on the material.
Depends where. If a peak meets a peak, then the amplitude of that peak will increase. Same with troughs. However if the waves have the same amplitude, and a peak meets a trough, they will cancel out, and you will be left with a dead spot, not affected by the wave.
They canceled
as the amplitude increases the waves get closer together like an accordion being squeezed...so the vibrations become faster (or higher pitched if we're talking about sound) if the amplitude is decreased the waves spread out and the vibration is slower and lower in pitch