In a common emitter amplifier , the load resistance of the output circuit is 500 times the resistance of the input circuit. If ` alpha = 0.98 ` , then find the voltage gain and power gain .

In a common emitter amplifier the load resistance of the output circuit is 792 times the resistance of the input circuit. If alpha = 0.99 . The voltage gain is.

In a common emitter amplifier the load resistance of the output circuit is 1000 times the load resistance of the input circuit. If alpha=0.98 , then the voltage gain is axx10^(4) . The integer value of a is.

In common-emitter transistor amplifier the load resistance of the output circuit is 1000 times the load resistance of the input circuit. If alpha=0.98 , then calculate the voltage gain.

Assertion : In a common-emitter amplfier, the load resistnace of the output circuit is 1000 times the load resistance of the input circuit. If alpha=0.98 , then voltage gain is 49xx10^(3) . Reason : alpha=(beta)/(1-beta) (symbols have their usual meanging).

Assertion : In a common-emitter amplfier, the load resistnace of the output circuit is 1000 times the load resistance of the input circuit. If alpha=0.98 , then voltage gain is 49xx10^(3) . Reason : alpha=(beta)/(1-beta) (symbols have their usual meanging).

Assertion In a common emitter amplifier circuit load resistance of the output circuti is 800 times the load resistance of the input if alpha =0.95 voltgae gain of the amplifier is 15.2 xx 10^(3) Reason alpha=(beta)/(1-beta) where symbols have their usual meaning

A transistor with alpha=0.98 is operated in common emitter circuit with a load resistance of 5" k"Omega . If the dynamic resistance of the emitter junction is 70Omega , the voltage gain and power gain will be