In radio broadcasting, Fourier Transform properties are applied in simultaneous multi-channel transmission, adjusting audio clip speeds, live broadcast delays for different time zones, audio frequency adjustments, and signal demodulation.

If there are two functions with their respective Fourier transforms, the Fourier transform of these can be easily found, even if they form a linear combination of an arbitrary number of signals.

When a function is scaled in time by a real constant, the frequency components of its Fourier transform are inversely scaled.

When shifted in time by a constant amount, the original function maintains the same magnitude of the spectrum. This implies that a time delay alters the phase of the spectrum but not its magnitude.

The Fourier transform of the derivative of a function is obtained by multiplying the Fourier transform of the original function by jω.

The time integration property of the Fourier Transform states that integrating a function in the time domain corresponds to dividing its Fourier transform by jω, with an additional term potentially arising to account for any DC component present in the original function.