Thursday, 20 April 2017

Saturday, 15 April 2017

SPM Mid Term Catos

All lecture Notes of SPM Uptil Mid

SPM

Thanks And Regards

Ahad Bajwa

Thursday, 13 April 2017

All Syllabus for Mid

Numerical Computing

A.N.N

DAA

Compiler

SPM ( Topics)

Find Details from net

SPM Topics Covered Before Mids.

Topics Covered Before Mids.
1)Waterfall Model.
2)Rapid Application Development Model
3)Prototyping Model
4)Traditional Processes group of P.M
5)Comparison b/w SDLC and Process group of P.M
6)3 Activities of SPM
(i)Project Planning.
(ii)Scope Management.
(iii)Project Estimation
7)Post Mortem Analysis,
8)Cost Estimation and its Techniques.
9)Project Scheduling.
10)Resource Management.
11)Project Risk Management.
12)Project Execution and Monitoring.
13)THEAC-25.
14)London Ambulance Failure.
15)Patriot Missile Failure.

16)Failure in Air Traffic Control System.

These are the topics for the Mid Term Syllabi 

There 'll be 5 Questions in the Mid Term Paper
Prepare Well

Entrepreneurship

All Lecture Notes

Wednesday, 12 April 2017

Numerical Computing All notes before mids

The Following Hyperlink contains the Enclosed Syllabi of Numerical Computing

Numerical Computing

Thanks And Regards
Ahad Bajwa

Monday, 10 April 2017

SPM Topics Covered Before Mids.

Topics Covered Before Mids.
1)Waterfall Model.
2)Rapid Application Development Model
3)Prototyping Model
4)Traditional Processes group of P.M
5)Comparison b/w SDLC and Process group of P.M
6)3 Activities of SPM
(i)Project Planning.
(ii)Scope Management.
(iii)Project Estimation
7)Post Mortem Analysis,
8)Cost Estimation and its Techniques.
9)Project Scheduling.
10)Resource Management.
11)Project Risk Management.
12)Project Execution and Monitoring.
13)THEAC-25.
14)London Ambulance Failure.
15)Patriot Missile Failure.

16)Failure in Air Traffic Control System.

These are the topics for the Mid Term Syllabi 

There 'll be 5 Questions in the Mid Term Paper
Prepare Well
Best of Luck

Thanks And Regards

Ahad Bajwa


Monday, 3 April 2017

MATLAB Code 3rd Apr

fx='x^3 - x -11'
xa=2
xb=3
xc = ( xa + xb ) / 2
x=xa
fxa=eval(fx)
x=xc
fxc=eval(fx)
if fxa * fxc < 0
    xb = xc;
else
    xa = xc;
   
end

xa , xb , xc , fx , fxa


in command window 

<file name>

format long 
<file name>