EENG201 : Elements of Electrical Engineering

هذا الكورس جاء ليساعد طلبة جامعة البحرين في مقرر يتطلب الكثير جدا من الجهد المضني ليختصر عليهم الكثير من الجهد و الوقت و البحث و التعب لأن لديهم الكثير من المواد في الفصل الواحد و هذه المادة من المواد الدسمة التي تحتاج الى مرشد يساعد لتخطيها ومعرفة متشعباتها و أسرار التعامل معها بكل احترافية و سلاسة

و بالخصوص و أني قد لاحظت في خضم اعدادي لهذا المقرر مدى أهمية الإمتحانات السابقة و لذلك حرصت على شرحها و تسهيل الوصول إليها

فقمت بتقسيم الجباتر الى 9 جباتر و في كل جبتر فيه ما سندرسه و فيه شرح لكل جزئية بمقاطع قصيرة حتى يتسنى لك فهم كل جزئية و استيعابها ومن ثم فيه حل أمثلة عن كل فكرة و بعد ذلك فيه تجميعة لأسئلة الامتحانات السابقة التي تسنى لي جمعها مع العلم ماجمعته يعتبر الشيء الكثير و هي فقط المرتبطة بالجبتر اللذي ندرسه مما يساعدك على معرفة الأفكار التي تأتي في الامتحان بشكل دوري و متكرر

انصح دائما بمعرفه محتوى الكوزات و التستات من الدكتور نفسه فهي من صلاحياته وكذلك الحرص على حضور محاضراته فكل بني آدم خطاء

Course Content

CH1: Basic Concepts

1) Introduction to EENG100

03:50
2) Charge and Current

20:31
3) Examples on Charge and Current

26:23
4) Voltage, Power and Energy

13:43
5) Examples on Voltage, Power & Energy

34:08
6) Previous Exams on CH1 [1]

31:56
7) Previous Exams on CH1 [2]

24:12
8) Homework#1 on CH1

00:27

CH2 : Basic Laws

1) Part 1: Ohm’s Law

18:11
2) Part2: KCL & KVL

51:14
3) Part3: VDR & CDR

13:22
4) Examples (1)

36:15
5) Examples (2)

19:20
6) Examples (3)

37:21
7) Part4 : Y-Delta Transformation

04:54
8) Examples (4)

10:48
9) Previous Exams on CH2 [1]

29:51
10) Previous Exams on CH2 [2]

29:46
11) Previous Exams on CH2 [3]

27:39
12) Homework #2 on CH2

00:31

CH3: Methods of Analysis

1) Nodal Analysis Part 1 : general

12:00
2) Example (1) : general

19:29
3) Example (2) : general

23:58
4) Nodal Analysis Part2 : with ideal voltage source

04:27
5) Example (1) : with ideal voltage source

18:15
6) Example (2) : with ideal voltage source

17:36
7) Mesh Analysis Part2 : general

03:43
8) Examples : general

15:11
9) Mesh Analysis Part2 : with ideal current source

04:48
10) Examples : with ideal current source

24:10
11) Previous Exams on CH3 [1]

27:46
12) Previous Exams on CH3 [2]

22:59
13) Previous Exams on CH3 [3]

37:14
14) Homework#3 on CH3

00:32

CH4: Circuit Theorems

1) Part1 : Superposition Theorem

05:03
2) Example (1) on Superposition Theorem

19:57
3) Example (2) on Superposition Theorem

11:57
4) Part2 : Source Transformation

08:46
5) Part3 : Thevenin’s Theorem

05:25
6) Example (1) on Thevenin’s Theorem

22:32
7) Example (2) on Thevenin’s Theorem

12:44
8) Part4 : Norton’s Theorem

12:35
9) Part5 : Maximum Power Transfer Theorem

19:50
10) Previous Exams on CH4 [1]

14:20
11) Previous Exams on CH4 [2]

15:53
12) Previous Exams on CH4 [3]

10:08
13) Previous Exams on CH4 [4]

04:59

CH5 : Capacitors and Inductors

CH6: Sinusoids and Phasors – AC Power Analysis

1) Basic Alternating waveforms

08:56
2) General form of the sine wave

11:16
3) Phase Relations

11:50
4) DC Value

12:14
5) RMS Value

19:18
6) Mathematical Operations

17:02
7) Phasors

14:33
8) Circuit Elements in Phasor Domain

24:28
9) Introduction to Sinusoids and Phasors

16:01
10) Example(1)

17:47
11) Example(2)

17:56
12) Example(3)

26:42
13) Previous Exams on CH6 [1]

13:00
14) Previous Exams on CH6 [2]

11:22
15) Previous Exams on CH6 [3]

10:41
16) Previous Exams on CH6 [4]

16:21
17) Homework #6 on CH6

00:30

CH7: Sinusoidal Steady State Analysis

1) Introduction to CH10

06:05
2) Source Transformation

06:03
3) Nodal Analysis

19:24
4) Mesh Analysis

17:18
5) Superposition Theorem

13:04
6) Thevenin’s Theorem

20:14
7) Norton’s Theorem

09:33
8) Maximum Power Transfer

15:29
9) Previous Exams on CH10 [1]

18:50
10) Previous Exams on CH10 [2]

07:26
11) Previous Exams on CH10 [3]

23:12
12) Homework #7 on CH10

00:25

CH8: Magnetic Circuits and Transformers

CH9: Three-Phase circuits

1) Introduction to CH9

39:14
2) Examples on the Sequence

12:15
3) Example on Balanced Y-Y connection

22:55
4) Example (1) Balanced Y-Delta Connection

15:23
5) Example (2) on Balanced Y-Delta Connection

11:26
6) Example (1) on Balanced Delta-Delta Connection

13:16
7) Example (2) on Balanced Delta-Delta Connection

06:34
8) Example (1) on Balanced Delta-Y Connection

13:53
9) Example (2) on Balanced Delta-Y Connection

09:13
10) Exercise on Balanced Load

16:49
11) Example (1) on Balanced Load “Power”

13:14
12) Example (2) on Balanced Load “Power”

17:30
13) Example (3) on Balanced Load “Power”

24:35
14) Example (4) on Balanced Load “Power”

14:56
15) Unbalanced 3-Phase Systems

02:57
16) Example (1) on Unbalanced Systems

04:45
17) Example (2) on Unbalanced Systems

09:23
18) Example (3) on Unbalanced Systems

12:32
19) Example (4) on Unbalanced Systems

26:05
20) Homework of CH 12

01:10

A course by

Hasan Younis

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Instructor:Hasan Younis
Duration:22 hours20 minutes
Lessons:103
Students:0
Level:Intermediate

We offer high-quality courses that simplify complex topics, strengthen understanding, and help you succeed with confidence.

EENG201 : Elements of Electrical Engineering

What Will You Learn?

Material Includes

Requirements

Audience

Course Content

CH1: Basic Concepts

1) Introduction to EENG100

2) Charge and Current

3) Examples on Charge and Current

4) Voltage, Power and Energy

5) Examples on Voltage, Power & Energy

6) Previous Exams on CH1 [1]

7) Previous Exams on CH1 [2]

8) Homework#1 on CH1

CH2 : Basic Laws

1) Part 1: Ohm’s Law

2) Part2: KCL & KVL

3) Part3: VDR & CDR

4) Examples (1)

5) Examples (2)

6) Examples (3)

7) Part4 : Y-Delta Transformation

8) Examples (4)

9) Previous Exams on CH2 [1]

10) Previous Exams on CH2 [2]

11) Previous Exams on CH2 [3]

12) Homework #2 on CH2

CH3: Methods of Analysis

1) Nodal Analysis Part 1 : general

2) Example (1) : general

3) Example (2) : general

4) Nodal Analysis Part2 : with ideal voltage source

5) Example (1) : with ideal voltage source

6) Example (2) : with ideal voltage source

7) Mesh Analysis Part2 : general

8) Examples : general

9) Mesh Analysis Part2 : with ideal current source

10) Examples : with ideal current source

11) Previous Exams on CH3 [1]

12) Previous Exams on CH3 [2]

13) Previous Exams on CH3 [3]

14) Homework#3 on CH3

CH4: Circuit Theorems

1) Part1 : Superposition Theorem

2) Example (1) on Superposition Theorem

3) Example (2) on Superposition Theorem

4) Part2 : Source Transformation

5) Part3 : Thevenin’s Theorem

6) Example (1) on Thevenin’s Theorem

7) Example (2) on Thevenin’s Theorem

8) Part4 : Norton’s Theorem

9) Part5 : Maximum Power Transfer Theorem

10) Previous Exams on CH4 [1]

11) Previous Exams on CH4 [2]

12) Previous Exams on CH4 [3]

13) Previous Exams on CH4 [4]

CH5 : Capacitors and Inductors

1) Part1 : Capacitor

2) Example (1) on capacitors

3) Example (2) on capacitors

4) Part2 : Inductor

5) Examples on inductors

6) Previous Exams on CH6 [1]

7) Previous Exams on CH6 [2]

CH6: Sinusoids and Phasors – AC Power Analysis

1) Basic Alternating waveforms

2) General form of the sine wave

3) Phase Relations

4) DC Value

5) RMS Value

6) Mathematical Operations

7) Phasors

8) Circuit Elements in Phasor Domain

9) Introduction to Sinusoids and Phasors

10) Example(1)

11) Example(2)

12) Example(3)

13) Previous Exams on CH6 [1]

14) Previous Exams on CH6 [2]