If the size of the moon were to change, even if the moon somehow got crunched
down to nothing and became a black hole, there would be no effect at all on the
earth's ocean tides.
But if the moon's mass or its distance from earth changed, then either change would
have a big effect on the tides. But in order to calculate the exact effects, we'd need to
know the actual numbers.
Radio waves are one example.
The light waves are redshifted, meaning their wavelengths increase and their frequencies decrease. This effect is due to the Doppler effect, where the motion of the object causes a shift in the observed wavelength of light.
Yes, the moon's gravitational pull causes tides, which can influence the size and strength of waves. During high tide, waves may be larger and more powerful, whereas during low tide, waves may be smaller and gentler.
The redshift and the Doppler effect are similar in that both describe changes in the frequency of waves due to the relative motion between a source and an observer. The Doppler effect refers to the change in frequency of any wave (sound, light, etc.) as the source moves toward or away from the observer. Redshift specifically refers to the increase in wavelength (or decrease in frequency) of light from celestial objects moving away from us, which is a consequence of the Doppler effect applied to electromagnetic waves. Both phenomena illustrate how motion can alter our perception of wave characteristics.
Redshift refers to the phenomenon where light from an object is shifted towards longer wavelengths, typically observed when the object is moving away from the observer, indicating that the universe is expanding. The Doppler effect describes the change in frequency or wavelength of a wave in relation to an observer moving relative to the source of the wave; this effect is observed in sound waves as well as light waves. In astronomy, redshift is a critical tool for measuring the velocity of distant galaxies and understanding cosmic expansion.
deflect
The movement of Earth's plates and continents can cause changes in sea level, ocean currents, and the distribution of marine life. It can also affect the shape of ocean basins and the location of coastlines.
Frequency has no effect on teh amplitude of a wave.
The sound waves of the music could effect the growth of the bacteria.
They go faster through the inner core than the liquid outer core
body waves
body waves
Doppler effect
Primary Waves(P-Waves)
Gravity can pull water in and out, causing tide like motions. The gravity of the moon and sun, for example pull on the earths oceans and cause high and low tides.
No, the amount of iron filings in water does not affect waves when a magnet passes over. The iron filings would be attracted to the magnet, creating a visual effect, but they do not disrupt the propagation of waves in the water.
By the earths atmosphere