Question

6. Admittance is the inverse of the impedance and is measured in (1) Siemens 2) Conductance 3) Ohms 4) Degrees 5) None of the above 7. Pure inductive load... ELE2601/101/3/2019 1) Takes power from the line during some part of the cycle and then returns back to it during the other part of the cycle 2) Consumes some power on average 3) Doesn't take any power from the line 4) None of the above 8. If a coil has a resistance of 1k\Omega and 0.15H inductance is connected in parallel with a variable capacitor across a 2.0V, 10 kHz supply. What will be the capacitance of the capacitor when the supply current is at minimum; 1) 0.0075F 2) 1.5nF 3) 1.45nF 4) 1.69nF 9. In a loss free RLC circuit, the transient current is 1) Sinusoidal 2) Non-oscillating 3) Square wave 4) Oscillating

          6. Admittance is the inverse of the impedance and is measured in
(1) Siemens
2) Conductance
3) Ohms
4) Degrees
5) None of the above
7. Pure inductive load...
ELE2601/101/3/2019
1) Takes power from the line during some part of the cycle and then returns back to it
during the other part of the cycle
2) Consumes some power on average
3) Doesn't take any power from the line
4) None of the above
8. If a coil has a resistance of 1k\Omega and 0.15H inductance is connected in parallel with a
variable capacitor across a 2.0V, 10 kHz supply. What will be the capacitance of the
capacitor when the supply current is at minimum;
1) 0.0075F
2) 1.5nF
3) 1.45nF
4) 1.69nF
9. In a loss free RLC circuit, the transient current is
1) Sinusoidal
2) Non-oscillating
3) Square wave
4) Oscillating

6. Admittance is the inverse of the impedance and is measured in
(1) Siemens
2) Conductance
3) Ohms
4) Degrees
5) None of the above
7. Pure inductive load...
ELE2601/101/3/2019
1) Takes power from the line during some part of the cycle and then returns back to it
during the other part of the cycle
2) Consumes some power on average
3) Doesn't take any power from the line
4) None of the above
8. If a coil has a resistance of 1kΩand 0.15H inductance is connected in parallel with a
variable capacitor across a 2.0V, 10 kHz supply. What will be the capacitance of the
capacitor when the supply current is at minimum;
1) 0.0075F
2) 1.5nF
3) 1.45nF
4) 1.69nF
9. In a loss free RLC circuit, the transient current is
1) Sinusoidal
2) Non-oscillating
3) Square wave
4) Oscillating

Added by Andrew H.

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