EED 2016: 1st Term

Circuits

Before Mid-Term

Lec1#

Lec2#

Lec3#

Lec4#
After Mid-Term

Lec1#

Lec2#

Lec3#

Lec4#
Lec5#
Lec6#

Sheet (Locus & Resonance)

Before Mid-Term

Lec1#

Lec2#

Lec3#

Lec4#

Lec5#

After Mid-Term

Lec1#

Lec2#

Lec3#

Lec4#
Lec5#
Lec6#

Lab. Experiments

All Lab. Experiments & Reports -PDF(New)

Experiment (3&4)

Part 1: Thévenin's theorem.

Part 2: Maximum power transfer.

References

Nilsson 8th Edition

Nisslon's Solutions

Courses' Papers :

HossamKotb No(1) and No (2)
HossamKotb Thevinin

Maged No (10)

Maged No (11)
Maged No (14)

After Mid-Term
Maged No (7) Power Calculations
Maged No (10) Locus
Maged No (13) 3-Phase

Section Eng. Maged 3-Phase

Examples By Dr. Zakria

Examples By Dr. Fathy

Final Exams

Math-3

Lectures

Before MidTerm

Sheet (2)

After MidTerm

Lec1#

Lec2#

Lec3#

Lec4#

Lec5#

Lec6#

Lec7#

Lec8#
Lec9#
Lec10#

Sheets :

2nd ODE

Power Series

Multiple Integral

Improper Integral

Courses' Papers

Before Midterm

Hossam Ezzat

No 1

No 2

No 3

Revision_Midterm1#

After Midterm

No 13

No 14

References :

Advanced Engineering Mathematics

Modern Physics

Part.1 (Dr.Moataz)

Lectures :

1 - Michelson And Morely ( Lec1#)

2 - Time Dilation & Length Contraction (Lec2#) (PDF)

3 - Doppler Effect & Muons

4 - Lorentz Transformation

5 - Relativistic Kinetic Energy

6 - Particle Properties of Wave 1 (Translated by EED2016)

7 - Particle Properties of Wave 2

8 - Compton Effect

10 - Wave Properties of Particles + Particle In A Box
Video of the Lec. : Wave Properties of Particles

- Particle In A Box

Sheets :

- Sheet#1 (Nuclear, Time dilation)

- Photoelectric effect & X-rays

Videos :

1 - Michelson And Morely (Dr.Mostafa Mahmoud Explanation)

2 - Time Dilation

3 - Time dilation and length contraction

4 - Lorentz Transformation

5 - Wave Properties of Particles

Lecture by Prof. Ramamurti Shankar from Yale University about :

00:00 - Chapter 1. Describing an Event with Two Observers (Lorentz Transformation)

33:58 - Chapter 2. The Relativity of Simultaneity

41:57 - Chapter 3. Time Dilation

53:41 - Chapter 4. The Twin Paradox

01:00:02 - Chapter 5. Length Contraction