1. Tardigrade
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  4. An audio signal consists of two distinct sounds, one a human speech signal in the frequency band of 200 Hz to 2700 Hz, while the other is a high frequency music signal in the frequency band of10200 Hz to 15200 Hz. The ratio of the AM signal bandwidth required to send both the signals together to the AM signal bandwidth requried to send just the human speech is (6/x). Find x the value of x.

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Q. An audio signal consists of two distinct sounds, one a human speech signal in the frequency band of $200 Hz$ to $2700 Hz$, while the other is a high frequency music signal in the frequency band of$10200 Hz$ to $15200 Hz$. The ratio of the $AM$ signal bandwidth required to send both the signals together to the $AM$ signal bandwidth requried to send just the human speech is $\frac{6}{x}$. Find x the value of $x$.

Communication Systems

Solution:

Ratio of $AM$ signal Bandwidths
$ = \frac{15200 - 200}{2700 - 200} = \frac{15000}{2500} = 6$