SSC JE Electrical Engineering 25th May 2014 Shift-2
For the following questions answer them individually
A 200 W, 200 V bulb and a 100 W, 200 V bulb are connected in series and the voltage of 400 V is applied across the series connected bulbs, Under this condition
In the network shown, if one of the $$4Ω$$ resistances is disconnected, when the circuit is active, the current flowing now will
For the circuit shown in figure, when $$V_{s}=0,I=3 A$$, When $$V_{s}=200 V$$, what will be the value of I?
For the linear circuit shown in figure,
when $$R=\infty, V=20V$$
when $$R=0, I=4A$$
when $$R=5Ω$$ the current I is
In the network shown in the figure, the value of $$R_{1}$$ such that maximum possible power will be transferred to $$R_{L}$$ is
A resistance R is measured by ammeter-voltmeter method. The voltmeter reading is 200 V and its internal resistance is 2 K. If the ammeter reading is found to be 2 A, then value of R is
