Electrical Circuit Analysis I - Quiz I

Kirchhoff's Voltage Law states that

• The Algebraic sum of voltage in a closed loop is zero

• The Algebraic sum of current in a closed loop is zero

• The Algebraic sum of current at a node is zero

• The Algebraic sum of voltage rise is equal to Algebraic sum of voltage drop in a closed loop

The property of a material to restrict or opposes the flow of electrons is called

• Inductance

• Resistance

• Capacitance

Conductance is defined as the

• Inverse of Inductance

• Inverse of Capacitance

• Inverse of Resistance

Choose the correct statements. (Assume Ideal Elements)

• Resistance is a non dissipative passive element

• Inductance is a non-dissipative active element

• Capacitance is a non-dissipative passive element

Choose the correct statements.

(OC - Open Circuit & SC - Short Circuit)

• Inductance behaves as SC initially and OC in steady state.

• Inductance behaves as OC initially and SC in steady state.

• Capacitance behaves as OC initially and SC in steady state.

• Capacitance behaves as SC initially and OC in steady state.

Choose the correct statements.

• Resistance dissipates Energy.

• Inductor cannot store energy if the Voltage across is zero.

• Capacitor can store energy even if the current through it is zero.

• Inductor can store energy even if the current through it is zero.

Inductance is defined as the

• property of a material by virtue of which it opposes any change in only magnitude of electric current passing through it abruptly

• property of a material by virtue of which it opposes any change in only direction of electric current passing through it abruptly

• property of a material by virtue of which it opposes any change in magnitude and direction of electric current passing through it abruptly

The dependent source shown in the circuit is

• Voltage Controlled Voltage Source

• Current Controlled Current Source

• Current Controlled Voltage Source

• Voltage Controlled Current Source