Wave is a propagation of substance's or field disturbances. If disturbances are small, waves are linear. Simply they distinguished one from the other by their wavelength, frequency & geometrically - by wave front. There are cross-section (for example light - electromagnetic wave) and longitudinal (f.e. sound) waves, which distinguished by directions of substance or field oscillation via wave propagation...Generally, one type of wave distinguished from another by their by their physical behavior.
destructive interference
constructive interference
Electromagnetic wave are one type, acoustic waves are another. The waves of the sea, or those of an earthquake are others.
A wave is basically the movement of particles in the same directions. These continuous movements create the sense of "rippling" depending on which kind of wave. A wave has a wavelength ( the spacing between the high point of one wave to another) and a frequency ( How often a wave peak goes by).A transverse wave can be distinguished by looking at how each particle moves. Transverse wave particles move up and down perpendicular to direction of wave propogation.
The details will depend on the type of wave. For example, for a water wave, you might observe it - use a stopwatch to watch how long it takes for a wave crest to go from one clearly marked point to another one. Measure the distance, and divide distance by time.
destructive interference
constructive interference
Electromagnetic wave are one type, acoustic waves are another. The waves of the sea, or those of an earthquake are others.
electric and some type of disturbances that travel from one place to another.
A wave is basically the movement of particles in the same directions. These continuous movements create the sense of "rippling" depending on which kind of wave. A wave has a wavelength ( the spacing between the high point of one wave to another) and a frequency ( How often a wave peak goes by).A transverse wave can be distinguished by looking at how each particle moves. Transverse wave particles move up and down perpendicular to direction of wave propogation.
bicth do it look i know
Standing wave
it means it is different from one thing to another
3
wavelengths
The details will depend on the type of wave. For example, for a water wave, you might observe it - use a stopwatch to watch how long it takes for a wave crest to go from one clearly marked point to another one. Measure the distance, and divide distance by time.
The overlap of one wave crest with another can result in interference, which can be constructive (additional) or destructive (reductive) depending on the phase of the wave.