Circuit Theory Analysis EP

In Circuit Theory Analysis, an electrical network can be complicated and we have to apply different methods to _____ the network for determining the electrical parameters.

• differentiate

• simplify

• expand

• calculate

In Circuit Theory Analysis, which of the following is NOT a parameter that is used in the calculation for network analysis?

• Current

• voltage

• frequency

• resistance

In Circuit Theory Analysis, the line represents the circuit components is called the _____ of a network.

• element

• branch

• node

• point

In Circuit Theory Analysis, the point where two or more branches meet is called _____ .

• In Circuit Theory Analysis, the point where two or more branches meet is called _____ .

• branch

• node

• point

In Circuit Theory Analysis, after the structure of the network has been changed through simplification, the impedance across any two reference terminal of the network _____.

• become different from each other

• remain the same

• become larger

• become smaller

In Circuit Theory Analysis, what is the symbol representation for impedance?

• V

• A

• Z

• W

In Circuit Theory Analysis, the sum of all currents entering and leaving the node is equal to _____.

• zero

• one

• minimum

• maximum

In Circuit Theory Analysis, nodal analysis, current is always assumed to flow from a _____ potential to a _____ potential within the resistor.

• lower, higher

• lower, maximum

• higher, lower

• higher, minimum

In Circuit Theory Analysis, Mesh loop is made up of the following.

• branch

• node

• element

• All of the above

In Circuit Theory Analysis, superposition technique, we first have to remove all the _____ by their internal impedance except one.

• loads

• sources

• branch

• nodes