The energy is directly proportional to the frequency and inversely proportional to the wavelength.
The frequency is inversely proportional to the wavelength, so it follows that short wavelength are energetic than long wavelength.
The term frequency refers to how the particles vibrate, when a flow moves through a medium.
The total number of full vibrations per unit time is used to calculate frequency.
A wave have the frequency of 2000 vibrations per second and Hertz unit of measurement for frequency.
Wavelength is defined as the difference between a crests and troughs of a wave.
The space between these crests or troughs in case of low-frequency wave is more than in a high-frequency wave.
The unit used to the unit of measurement of wavelength is nanometer.
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