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Report Abuse. Frequency and wavelength are inversely proportional. So as frequency increases, the wavelength decreases. One way to think about this is frequency is the number of cycles that occur in a period of time, like a cycle per second, or Hertz.So if you increase the number of times that your repeat the cycle, the wavelength has to get smaller to accommodate.hus if you use sound sources of higher frequencies, the wavelengths will decrease. This is because v= speed of sound = frequency * wavelength As v remains the same, increasing frequency,should decrease the wavelength.
If you pass light through glass, its speed decreases and its frequency remains constant. This means the wavelength must decrease while the frequency stays the same. With waves it tends to be frequency that is constant. You need to think more about how, in this case, wavelength varies with speed.(Original post by muh123). I need a proper explanation to why it happens, I just don't understand why.t doesn't. Apart from light in a vacuum, the speed of a wave in a medium will vary with frequency or wavelength. It's called dispersion. Apart from light in glass, which is well known, the speed of sound in gases in some cases will increase with frequency. At higher frequencies in CO2 for example.