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Practise Problem

The document outlines the assignment and mid-exam details for the Electrical Circuits course at United International University. It specifies submission requirements, deadlines, and exam rules, along with a series of questions related to circuit analysis that students must answer. The assignment must be handwritten on A4 paper, and the mid-exam consists of four questions covering various circuit concepts.

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27 views3 pages

Practise Problem

The document outlines the assignment and mid-exam details for the Electrical Circuits course at United International University. It specifies submission requirements, deadlines, and exam rules, along with a series of questions related to circuit analysis that students must answer. The assignment must be handwritten on A4 paper, and the mid-exam consists of four questions covering various circuit concepts.

Uploaded by

rrahat221491
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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United International University

Department of Computer Science & Engineering


EEE 2113: Electrical Circuits
Assignment 01

Instructions:

• The assignment should be submitted in a handwritten format.

• You must write it in A4 pages containing a cover page. You must have to write on
both sides of the paper. Writing on only one side of the page will lead to a mark
deduction.

• Deadline: 18 April 2025

• Submit it my office room (919).

Question is in the next page


United International University (UIU)
Dept. of Computer Science & Engineering (CSE)
MID Exam, Trimester: Fall 2024
Course Code: CSE 113/EEE 2113; Course Title: Electrical Circuits

Total Marks: 30; Duration: 1 hour 30 minutes

Any examinee found adopting unfair means would be expelled from the trimester/ program as per UIU
disciplinary rules.

Question 1: Answer all the questions. (8 Marks)


The power delivered to an element is shown in Figure 1. Answer the following [4+4]
questions: CO1
i) Determine the total energy absorbed by this element from 0ms to 25ms.
ii) Draw the energy vs time graph for the element from 0ms to 20ms.

Figure 1

Question 2: Answer all the questions. (8 Marks)


i) Determine I and in the circuit shown in Figure 2(a) using KVL. [4+4]
ii) Apply KCL in the circuit shown Figure 2(b) to determine the current through CO2
the resistors and . Furthermore, using basic Ohm’s law, calculate the
value of and .

Figure 2(a)

Page 1 of 2
Figure 2(b)

Question 3: Answer all the questions (6 Marks)

Observe the circuit shown in Figure 3 and answer the following questions: [2+4]
i) Determine the circuit's equivalent resistance between a-b. CO1
ii) Determine the voltage of the 5Ω resistor and the current of the 4Ω resistor using
VDR, CDR.

Figure 3

Question 4: Answer all the questions. (8 Marks)

i) Determine the current using mesh analysis for the circuit shown in Figure [4+4]
4(a). CO2
ii) Determine and for the circuit shown in Figure 4(b) using node analysis.

Figure 4(a) Figure 4(b)

Page 2 of 2

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