Low frequency waves have a very long wavelength. Radio waves are the waves with the lowest frequency, also known as electromagnetic radiation.
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Muddled, because the question does not state in which context. The electromagnetic spectrum ranges from very low frequency radio, via infra-red (which is heat), visible light, ultraviolet light and X-rays, to gamma radiation. Wavelength is a function of frequency and speed through the medium carrying the signal (including in-vacuo for electromagnetic): Wavelength = Speed / Frequency. (Speed not velocity, because the latter is a vector.)
The point of minimum amplitude is called the trough. The trough is the lowest point on a wave where the amplitude is at its minimum. It is the opposite of the peak, which is the highest point on a wave where the amplitude is at its maximum.
A wave exhibits negative amplitude at the point where it reaches its lowest point below the equilibrium position.
The lowest point of a light wave is called the trough. This is where the wave reaches its minimum amplitude or lowest point of displacement from its equilibrium position.
The lowest point on a sound wave is the trough, which represents the lowest amplitude or pressure point in the wave. In a light wave, the lowest point is the trough as well, representing the lowest intensity or energy level of the wave.
The trough of a wave appears to have a negative amplitude. However, because amplitude is a distance measurement, which is a scalar quantity having only magnitude, it has no sign.
Minimum? Distance from equilibrium to minimum is the amplitude...
The lowest point of a wave is called the trough. It is the point where the wave's amplitude is at its most negative value.
The point of minimum amplitude is called the trough. The trough is the lowest point on a wave where the amplitude is at its minimum. It is the opposite of the peak, which is the highest point on a wave where the amplitude is at its maximum.
A wave exhibits negative amplitude at the point where it reaches its lowest point below the equilibrium position.
The lowest point of a light wave is called the trough. This is where the wave reaches its minimum amplitude or lowest point of displacement from its equilibrium position.
The lowest point on a sound wave is the trough, which represents the lowest amplitude or pressure point in the wave. In a light wave, the lowest point is the trough as well, representing the lowest intensity or energy level of the wave.
The trough of a wave appears to have a negative amplitude. However, because amplitude is a distance measurement, which is a scalar quantity having only magnitude, it has no sign.
The amplitude of a wave is the maximum displacement of a particle from its rest position. For example, in a water wave, the amplitude would be the distance between the crest (highest point) and the trough (lowest point) of the wave.
Nope, Amplitude is the distance between the center line of a wave and the highest or lowest point.
The wave trough refers to the lowest point in a wave where the wave's amplitude is at its minimum. It is the part of the wave that appears as the bottom of the wave pattern when graphed.
The vertical distance from the crest of a wave to the trough is known as the amplitude of the wave. It represents how far the wave moves above and below the equilibrium position. The larger the amplitude, the greater the energy and intensity of the wave.
The height of a wave is typically measured as the vertical distance between the highest point of the wave (peak) and the lowest point (trough). Amplitude, on the other hand, refers to the maximum displacement of a particle from its equilibrium position in a wave. In general, the amplitude of a wave correlates with its height, as a higher amplitude wave will have greater variation in particle displacement and thus a taller wave height.