The total power content of an AM wave is 900 W.for 100% modulation find the power transmitted by each side band?

The total power content of an AM signal is 3000 w. For 100% modulation, the power of CW and that of each side band are,

The total power content of an AM wave is 2.64 KW at a modulation factor of 80% . The power content of each side band is

When m=1 ,power carried by side bands is:

The power of a AM transmitter is 100 W. If the modulation index is 0.5 and the transmission is having signal side band, the percentage of useful power is

Fraction of total power carried by side bands is given by-

An AM wave has 1800 watt of total power content, For 100% modulation the carrier should have power content equal to

When a string is vibrating in a standing wave pattern , the power transmitted across an antinode , compared to the power transmitted across a node , is

If the cell of emf 5 volt shown in the figure gives a power of 10W. Q, find the powers consumed by the resistors 2 Omega and 1 Omega

If the cell of emf 5 volt shown in the figure gives a power of 10W. Q, find the powers consumed by the resistors 2 Omega and 1 Omega

If the percentage of modulation is 50% then the useful power in the AM wave is