ahmed_abdelstar

Ahmed Abdel Sattar Mohamed

Demonistrator - Demonstrator of Electrical Engineering

Faculty of engineering

Address: Electrical Engineering Dept"4th Floor"-Room 429

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Welcome to my Academic website 

 

Eng. Ahmed Abdel Sattar Mohamed

Demonstrator at Electrical Engineering Department

 

Feel free to contact me at any time.

Email : ahmed_sattar1@hotmail.com
             ahmed_abdelstar@eng.sohag.edu.eg

whatsapp : +201143627368

 


2019-02-26 23:40:30
Electrical Test II
Dear 2nd Year students... You can find all Machine experiments sheets related to Electrical test II course on this link Dont forget to save the link for next times with my best wishes Read more

2019-02-26 23:31:34
Power System Control
Dear 4th year students (Electrical Power & Machines).... You can find all Materials and Sheets related to power system control course onthis link . with my best wishes Read more

2018-10-17 20:59:55
Elective Course 3  (4th year)
Dear 4th year students you can find all sheets and section notes related to #Elective_Course(3) here : Elective Course (3) please save the link for the next times. Read more

2018-10-17 20:12:55
Electric Materials Properties (First year)
Dear first year students you can find all sheets and section notes related to Electric Materia Properties here : Electric Material Properties please save the link for the next times. Read more

2018-10-17 19:51:40
Automatic Control (Third year)
Dear third year students you can find all sheets and section notes related to #Automatic_Control here : Automatic Control 2018-2018 please save the link for the next times. Read more

2018-11-05 14:36:41 | Automatic Control
First and second order systems  properities with MATLAB
First and second order properities with MATLAB Read more

2018-10-17 20:18:45 | Electric Materials Properties
First section Assignment
Consider a hypothetical X+-Y- ion pair for which the equilibrium interionic spacing and bonding energy values are 0.35 nm and -6.13 eV, respectively. If it is known that n in Equation 2.11 has a value of 10, using the results of (Q(4) Sheet 1) determine explicit expressions for attractive and repulsive energies EA and ER of Equations 2.8 and 2.9. ... Read more