The Doppler shift depends on the relative motion between the source of the wave (such as light or sound) and the observer. Specifically, it depends on:
The Relative Motion: The Doppler shift is affected by the relative velocity between the source of the wave and the observer. If the source and observer are moving toward each other, the observed frequency increases (called a blue shift). If they are moving away from each other, the observed frequency decreases (called a red shift).
Other factors, such as the frequency of the wave emitted by the source or the medium through which the wave travels, do not directly influence the Doppler shift. It is primarily a result of the motion of the source and observer relative to each other.
The Doppler shift depends on the relative motion between the source of the wave (such as light or sound) and the observer. Specifically, it depends on:
Other factors, such as the frequency of the wave emitted by the source or the medium through which the wave travels, do not directly influence the Doppler shift. It is primarily a result of the motion of the source and observer relative to each other.