The nodal method of circuit analysis is based

• KVL and Ohm’s law

• KCL and Ohm’s law

• KCL and KVL

• KCL, KVL and Ohm’s law

The voltage across terminals a and b in fig

• 0.5 V

• 3 V

• 3.5 V

• 4 V

Mesh analysis is used to calculate

• Voltage

• Current

• power

• inductor

Nodal analysis is used to calculate

• Voltage

• Current

• Power

• inductor

Lumped network is a network where

• Elements are physically separable

• Elements are not physically separable

• follows ohm's low

• current direction is same

In a voltage divider circuit voltage across any resistance is calculated as

• Total voltage multiplied by own resistance divided by addition of resistances

• Total voltage multiplied by opposite branch resistance divided by addition of resistances

• Total current multiplied by own resistance divided by addition of resistances

• Total current multiplied by own resistance divided by addition of resistances

Voltage source is represented by

• Current source and series resistance

• voltage source and parallel resistance

• Current source and parallel resistance

• voltage source and series resistance

Current source is represented by

• Current source and series resistance

• Current source and parallel resistance

• voltage source and series resistance

• voltage source and parallel resistance

In a super mesh circuit

• Voltage source is common between two loops

• Voltage source is common between two nodes

• current source is common between two loops

• current source is common between two nodes

In a super node circuit

• Voltage source is common between two loops

• Voltage source is common between two nodes

• current source is common between two loops

• current source is common between two nodes