5
BEE / SEM I 10II Faculty of Electrical & Electronics Engineering BEE1133 CIRCUIT ANALYSIS 1 ASSIGNMENT 1 Mapping CO,PO,Domain,KI : CO2,PO2,C4, CO5, PO8, A3, TS3 CO2: Analyze DC and AC circuit problems using, voltage and current division rules, nodal analysis and mesh analysis, and evaluate the most efficient methods among them PO2: Acquire in-depth technical competency in specific engineering discipline. C4 : Analysis CO5: Demonstrate the role of individual in team to achieve task completion. PO8: Function effectively as an individual and in a group with the capacity to be leader. A3 : Valuing TS3: Capable to recognize and respect, behave and believe to the others member in a group. 1. Find R eq , I and V in the circuit shown in figure below. [10 Marks] 2. For the circuit shown below, calculate I using source transformation theorem and power associated with 6V source. NJ@ FKEE UMP + V -

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BEE / SEM I 10II

Faculty of Electrical & Electronics Engineering

BEE1133 CIRCUIT ANALYSIS 1

ASSIGNMENT 1Mapping CO,PO,Domain,KI : CO2,PO2,C4, CO5, PO8, A3, TS3

CO2: Analyze DC and AC circuit problems using, voltage and current division rules, nodal analysis and mesh analysis, and evaluate the most efficient methods among them

PO2: Acquire in-depth technical competency in specific engineering discipline.C4 : Analysis

CO5: Demonstrate the role of individual in team to achieve task completion.

PO8: Function effectively as an individual and in a group with the capacity to be leader.

A3 : Valuing

TS3: Capable to recognize and respect, behave and believe to the others member in a group.

1. Find Req, I and V in the circuit shown in figure below.

[10 Marks]2. For the circuit shown below, calculate I using source transformation theorem and power associated with 6V source.

[10 Marks]3. For the circuit shown in figure below, use source transformation to find io.

[10 Marks]

4. Calculate current, I using nodal analysis for the circuit shown below.

[10 Marks]

5. Apply mesh analysis to find i.

[13 Marks]6. Apply mesh analysis to find Ix.

[15 Marks]7. Use mesh analysis to obtain io.

[10 Marks]

8. Determine Ix and Vx using mesh analysis.

[11 Marks]9. Find Vo and Io using mesh analysis.

[11 Marks]8

+

V

-

NJ@ FKEE UMP

_1345014567.vsdI

4

2

1

12

2

6

3

10

4

5

20V

Req

_1345014568.vsd5

i

4

40V

20

30

6

10

6V

_1345014569.vsdv2

6mA

i

1k

3k

2k

2mA

12mA

v1

_1344592955.vsd1A

1.5

5

2

1.5

1

6V

2A

io