A transverse wave. The other sort are called longitudinal waves - a compressed part of whatever medium it is followed by a decompressed part.
This occurs as K+ diffuses out of the cell.
True. The up-down type of wave is called a "transverse wave". Light, for example, is this kind of wave. Sound, however, is a different kind of wave. It is the back-forth type, called "longitudinal", or "compression" waves.
Surface Waves, because they can shake the ground out from under a building.
You didn't specify what kind of wave, but in any case, the speed of a wave is usually more or less independent of the frequency.You didn't specify what kind of wave, but in any case, the speed of a wave is usually more or less independent of the frequency.You didn't specify what kind of wave, but in any case, the speed of a wave is usually more or less independent of the frequency.You didn't specify what kind of wave, but in any case, the speed of a wave is usually more or less independent of the frequency.
As hard as we try to ignore it, we can't shake the nagging feeling that there must have been some kind of a picture or a drawing that went along with this question in the book. Without the opportunity to study that drawing, we're powerless to make any progress toward an answer.
The wave can flip upside down
It occurs when a wave which is incident on a surface changes direction.
Yes, erosion occurs when something like a rock and a wave break it down over time.
Oh, that says RIPPLES, my mistake.
Rip currents are often associated with undertow, but the two are not related. Undertow occurs with all waves.
Rarefaction only occurs in a longitudinal wave. Rarefaction is the reduction of the density of a medium. It is the opposite of compression.
A radio wave is a kind of electromagnetic wave.
transverse wave
Yes, wave interference occurs for all types of waves.
Transverse I think.
This occurs as K+ diffuses out of the cell.
S-wave -brony