Description

This mock test of Test: Basic Nodal & Mesh Analysis- 2 for Electrical Engineering (EE) helps you for every Electrical Engineering (EE) entrance exam.
This contains 10 Multiple Choice Questions for Electrical Engineering (EE) Test: Basic Nodal & Mesh Analysis- 2 (mcq) to study with solutions a complete question bank.
The solved questions answers in this Test: Basic Nodal & Mesh Analysis- 2 quiz give you a good mix of easy questions and tough questions. Electrical Engineering (EE)
students definitely take this Test: Basic Nodal & Mesh Analysis- 2 exercise for a better result in the exam. You can find other Test: Basic Nodal & Mesh Analysis- 2 extra questions,
long questions & short questions for Electrical Engineering (EE) on EduRev as well by searching above.

QUESTION: 1

For the circuit shown below, the value of current through R_{L} is

Solution:

The given circuit can be reduced by combining resistors and current sources as shown below.

Let the node voltage be V volts.

Applying nodal analysis, we have

or,

or,

or, 5 +

or,

or,

So,

QUESTION: 2

In nodal analysis, if there are N nodes in the circuit, then how many equations will be written to solve the network ?

Solution:

QUESTION: 3

In the node voltage technique of solving networks, choice of a reference node does not

1. affect the operation of the circuit.

2. change the voltage across any element.

3. affect the pd between any pair of nodes.

4. affect the voltages of various nodes.

Q. Which of the above statements is/are true?

Solution:

QUESTION: 4

Nodal analysis is based on

Solution:

QUESTION: 5

R_{A} and R_{B} are the input resistances of circuits as shown below. The circuits extend infinitely in the direction shown. Which one of the following statements is TRUE?

Solution:

QUESTION: 6

In the circuit shown below, the value of l_{x} is

Solution:

Applying nodal analysis at the given node, we have

or, 3I_{x} = V - 3 ...(i)

Also, 10 = 2I_{x} + V

or, V = 10 - 2I_{x} ...(ii)

Putting V from equation (ii) into equation (i),

3I_{x }= 10 - 2I_{x} - 3

or, 5I_{x }= 7

or,

QUESTION: 7

The value of V_{1} in the circuit shown in the given figure is

Solution:

Let the node voltage be V' volts.

Applying nodal analysis at the given node, we have

or, 2V' = 0

or, V' = 0 volts

Now, V' = - 3 + 1_{1}

or, 0 = - 3 + V_{1}

or, V_{1} = 3 volts

QUESTION: 8

Consider the electrical network shown below.

What is the value of R so that current through the resistor R is zero?

Solution:

The given circuit can be redrawn as shown below (By combining current sources).

Now, I = 0 (Given)

i.e.

or, R = 2Ω

QUESTION: 9

Assertion (A): In the method of solution of the network using nodal analysis, the assumption is made that the node potential is always higher than the other voltages appearing in the equation.

Reason (R): Nodal analysis is used to find the branch currents.

Solution:

Node potential is always higher than the other voltages appearing in the equations otherwise a negative value for current would result.

QUESTION: 10

The nodal equations of the circuit shown below are respectively given by

Solution:

We have,

### Nodal & Mesh Analysis

Video | 35:26 min

### Nodal Analysis and Mesh Analysis

Doc | 1 Page

### Nodal Analysis

Doc | 5 Pages

### Nodal Analysis

Video | 16:01 min

- Test: Basic Nodal & Mesh Analysis- 2
Test | 10 questions | 30 min

- Test: Basic Nodal & Mesh Analysis
Test | 10 questions | 30 min

- Test: Mesh & Nodal Analysis
Test | 20 questions | 20 min

- Test: Network Equation (Mesh & Node) - 2
Test | 7 questions | 30 min

- Test: Lexical Analysis- 2
Test | 15 questions | 45 min