A bandwidth of 6 MHz is available for A.M. transmission. If the maximum audio signal frequency used for modulating the carrier wave is not to exceed 6…

Question

A bandwidth of 6 MHz is available for A.M. transmission. If the maximum audio signal frequency used for modulating the carrier wave is not to exceed 6 kHz. The number of stations that can be broadcasted within this band simultaneously without interfering with each other will be __________.

MARKS Content Team · Accepted Answer

Correct answer: 500. Band width =2×n× highest modulating frequency. 6MHz=2×n×6KHz ⇒ n=(6×10^6)/(2×6×10^3)=500

A bandwidth of $6 MHz$ is available for $A . M .$ transmission. If the maximum audio signal frequency used for modulating the carrier wave is not to exceed $6 kHz .$ The number of stations that can be broadcasted within this band simultaneously without interfering with each other will be __________.

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