Find the node voltage of the following circuit?

image

1 Answer

Answer :

Solution:-

image

Hence V1 = -6 and V2 = -15

Related questions

Description : Nodal analysis problems

Last Answer : Nodal analysis problem 2

Description : For a shortened vertical antenna, where should a loading coil be placed to minimize losses and produce the most effective performance? A. As low as possible on the vertical radiator B. Near the center of the vertical radiator C. As close to the transmitter as possible D. At a voltage node

Last Answer : B. Near the center of the vertical radiator

Description : Where the voltage node of a half-wave antenna does exists? A. At feed point B. Near the center C. At center D. Near the feed point

Last Answer : A. At feed point

Description : A network has 10 nodes and 17 branches. The number of different node pair voltage would be

Last Answer : A network has 10 nodes and 17 branches. The number of different node pair voltage would be 45.

Description : Sinusoidal Steady-State Analysis - Using nodal analysis, find node voltages in the circuit.

Last Answer : Sinusoidal Steady-State Analysis - Using nodal analysis, find node voltages in the circuit.

Description : A parallel RLC circuit has the node equation Determine v(t) using the phasor method.

Last Answer : A parallel RLC circuit has the node equation Determine v(t) using the phasor method.

Description : Write definition of ‘‘Branch’’ and ‘‘Node’’ related to electric circuit.

Last Answer : i) Branch: A part of an electric network which lies between two junctions or nodes is known as branch.  ii) Node: A point or junction where two or more elements of the network are connected together is called as node. 

Description : Define- (i) Node (ii) Loop for a DC circuit

Last Answer : Ans: i) Node: A point or junction at which two or more elements of network are connected is called as node. ii) Loop: A closed path for flow of current in an electrical circuit is called loop.

Description : What is a node in an electrical circuit?

Last Answer : a positively charged electrons