If the highest frequency modulating a carrier is 5 kHz, then the number of AM broadcast stations accommodated in a 90 kHz bandwidth are .........

If the highest modulating frequency of the wave is 5 kHz, the number of stations that can be accomodated in a 150 kHz bandwidth ?

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

A bandwidth of 10 MHz is available for AM transmission. If the maximum audio signal frequency used for modulating the carrier is not to exceed 5 kHz, how many stations can be broadcasted within this band simultaneously without interfering with each other ?

A band width of 5 MHz is available for AM transmission. If the maximum audio signal frequency used for modulating the carrier is not to exceed 5 kHz, how many stations can be broad cast within this band simultaneously without interfering with eachother?

The number of AM broadcast stations that can be accomodated in a 300kHz band width for the highest modulating frequency 15 kHz will be

The number of AM broadcast stations that can be accomodated in a 140kHz band width for the highest modulating frequency 10 kHz will be

A bandwidth of 6MHz is available for A.M. transmission . The maximum frequency of the audio signals used for modulating the carrier wave is 5 KHz. How many stations can be broadcasted simultaneously within this band without interferring with each other ?

For a carrier frequency of 100 kHz and a modulating frequency of 5kHz what is the width of AM transmission-

The modulation index of an FM carrier having a carrier swing of 300kHz and a modulating signal 10kHz is