1
GATE ECE 2000
MCQ (Single Correct Answer)
+1
-0.3
The circuit of Fig. represents a GATE ECE 2000 Network Theory - Sinusoidal Steady State Response Question 64 English
A
Low pass filter
B
High pass filter
C
Band pass filter
D
Band reject filter
2
GATE ECE 1998
MCQ (Single Correct Answer)
+1
-0.3
The parallel $$RLC$$ circuit shown in figure is in resonance. In this circuit GATE ECE 1998 Network Theory - Sinusoidal Steady State Response Question 40 English
A
$$\left| {{{\rm I}_R}} \right| < 1m{\rm A}$$
B
$$\left| {{{\rm I}_R} + {{\rm I}_L}} \right| > 1m{\rm A}$$
C
$$\left| {{{\rm I}_R} + {{\rm I}_C}} \right| < 1m{\rm A}$$
D
$$\left| {{{\rm I}_L} + {{\rm I}_C}} \right| > 1m{\rm A}$$
3
GATE ECE 1996
MCQ (Single Correct Answer)
+1
-0.3
In Fig., A1, A2 and A3 are ideal ammeters. If A2 and A3 read 3 A and 4 A respectively, then A1 should read GATE ECE 1996 Network Theory - Sinusoidal Steady State Response Question 42 English
A
$$1$$ $$A$$
B
$$5$$ $$A$$
C
$$7$$ $$A$$
D
None of the above
4
GATE ECE 1996
MCQ (Single Correct Answer)
+1
-0.3
In the circuit of Fig., assume that the diodes are ideal and the meter is an average indicating ammeter. The ammeter will read GATE ECE 1996 Network Theory - Sinusoidal Steady State Response Question 41 English
A
$$0.4\sqrt 2 \,\,m{\rm A}$$
B
$$0.4\,\,m{\rm A}$$
C
$${{0.8} \over \pi }\,\,m{\rm A}$$
D
$${{0.4} \over \pi }\,\,m{\rm A}$$
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