semester !st course out line

0102-Pakistan Studies                                                                       (Semester I)
Objective
To enhance the student’s understanding and appreciation of the struggle of our forefathers for the creation of Pakistan and the efforts to make Pakistan a progressive, dynamic Islamic state:

Course Outline
Pakistan studies course covers the following topics: historical view of South Asia before 1857. War of independence 1857. Muslim League and Pakistan Movement, 1940 Resolution. Negotiations with British Government, Declaration of June3, 1947. Inception of Pakistan August 14, 1947, Political history beginning from October 1958. Economic progress during the 1960’s. East Pakistan crises and separation of East Pakistan. 1970’s short social and economic decline. 1980’s short period; democratic governments, People of Pakistan, Smaller Provinces and their Problems, Present social and economic position.

Course Detail

1.     Historical Review of South Asia
Advent of Islam, Hindu reaction, Bhagti Movement, Din-e-Ilahi, Mujaddid-Alif-Sani, Saha Waliullah, other Reformist Movements. War of independence 1857. Sir Syed Ahmed Khan and Alighar Movement.

2.     Muslim League and Pakistan Movement
Beginning of constitutional reforms, Beginning of political activites, Foundation of Indian National Congress. The Two-Nation Theory, Separate Electorate, Simla Deputation, Partition of Bengal. Formation of Muslim League, Minot-Morley Reforms, Lucknow Pact, Reforms of 1919, Khilafat Movement.

3.     Negotiations with the British Government
Simon Commission and the Nehru Report, Fourteen points of Quaid-e-Azam, Allahbad Address of Allama Iqbal, Chaudhri Rehmat Ali and the Pakistan National Movement, Election of 1937, Anti-Muslim Policies of the Congress Ministries, The Pakistan Resolution, Struggle for Pakistan 1940-47, Cripps Proposals, Gandhi-Jinnah Negotiation, Wavell Plan and Simla Conference. General Election of 1945-46, Cabinet Mission Plan, Interim Gocernment, June 3rd Plan, The Indian Independence Act, 1947, Radcliff’s Award.

4.     Political History
The objective Resolution, Islamic provisions of 1956, 1962 and 1973 Constitutions, Zia’s measures for Islamisation. East Pakistan crises and separation of east Pakistan, Social and Economic Decline During 1970’s, 1980’s short period of democratic Government.

5.     People of Pakistan
Smaller Provinces and their Problems, Present Social and Economic position.

Recomende Books
I.         I. H. Qureshi, Short history of Pakistan, Vol. IV, University of Karachi.
II.        J. Hussain, History of the People of Pakistan, Oxford University Press, Karachi, 1998.
III.      Gul Shahzad Sarwar, Pakistan Studies, Qamar Kitab Ghar, Karahi 1998.
Farooq Bajwa, Pakistan: A Historical and Contemporary Look, Oxford University Press, Karachi, 2001.



1101-Calculus I                                                                       (Semester I)

1. Complex Numbers                                      (Ed. 5, App. E CH. A) +Article 12.1-12.3 of Advanced Eng. Math, Edition 7th, Erwin Kreyzing.)

2. Real Numbers                                             Inequalities App. A, B of Edition 6th, H.A. 12.4 H.

3. Conic Section Transformation of                12.4 H.A. 6th 
    Coordinators

4. Sequences and Series                                  (11.1, 11.2, 11.3, 11.4, 11.6)

5. Function [composition of function]            1.1-1.4
    Algebraic and transcendental function

6. Limit and continuity                                   Chapter 2 complete

7. Derivative and relative concepts                 Chapter 3 and 4 except 4.6

8. Application of Derivations                         Chapter 5 and 6 (leaving 6.3 and 6.4, including Cauchy’s mean Value Theorem)

9. Taylor’s and Macleurin’s Expansion

10. Liebritz Theorem with application



Books Recommended
  1. Main text book: Calculus by Howard Anton, 6th Edition.
  2. Supplementary: Advance Eng. Maths by Mater by E. Kreyzing, 7th Edition.


 1103-Physics                                                                             (Semester I)

1.      Vector                               Vector and Scalars, Vector Algebra, Scalar and Vector products,
                                                del operator, Gradient, Divergence and Curl of Vector.

2. Oscillations                         Simple Harmonic Motion, Energy in Simple Harmonic Oscillation.
Demand Simple Harmonic Motion, Foreed Oscillation and Resonance.

3. Wave Motion                      Wave types, Traveling Wave, Superposition of Waves, Standing Waves.

4. Sound Waves                      Traveling Sound Waves interference, Beat, Doppler Effect.

5. Electrostatics and                Electric charges and Coulomb’s Law, Electric Field, Electric filed
    Field concept                      due to various charge distribution, Electric dipole, flux of electric filed, Gauss’s law and application, Electric potential.

6. Electromagnetic Induction Magnetic filed, Magnetic force on a current carrying loop and its applications, Magnetic field due to current, parallel wires current, Biot-Savart Law for a current element, Ampere’s Law, Solenoid and Toroid, magnetic flux, Faraday’s Law and Lenz’s law, inductance RL circuits, Energy and magnetic field, RC circuits.

7. Electromagnetic Waves      Prediction of electrimmagnetic wave from Maxwell’s equation, Sinusodial electromagnetic wave, Energy transport and pointing vector,  radiation pressure, polarization of electromagnetic wave, production of electromagnetic wave, electromagnetic spectrum.

8. Electrical condction in        Electric current, current density, resistance and resistivity, Ohm’s
    Conductors and                  law and its microscopic view, conduction in semiconductors.
    Semiconductors

9. Network Analysis               Sources of Electic current and emf, solving single and multi-loop circuits, Norton’s, Thevenin’s and Superposition theorems.

Books Recommended
1.      David Halliday, Robert Resnick and Jearl Walker, Fundamentals of Physics, (5th ed.), John Wiley and Sons.
2.      Willimas P. Crummett and Arthar B. Westam, University Physics.
3.      Douglas C. Giancoli, Physics-Principals and application, Prentience Hall, New Jersey.
4.      Alanso and Finn, University Physics.
5.      Joseph A. Edminister, Electric Circuits, Schaum’s Outline Series, McGraw-Hill International Book.

 2101-Introdeuction to Computer Programming   (Semester I)

1-      Introduction to Computer Systems: [(Functional Components of a computer system, Data       representation (ASCII, Unicode, Integer, Float)]
2-      OS Case Study
2.1-            Using DOS: (Basic Commands, Redirecting and pinging, detting and displaying the Environment variables)
2.2-            Using Windows: (Common utilities, managing files and resources, Adding and removing devices, Accessing networks, Interacting with the world-Internet, email, searching the needed information)
3-      Introduction to Program development process (IDE, utilities, compilation, linking etc)
4-      Algorithms and problem solving
4.1-      Problem decomposition
      4.2-      Algorithms design with lots of examples
5-   Introduction to Programming
      5.1-      Data types
      5.2-      Input and Output
      5.3-      Library Function, expressions, bit-operators
      5.4-      Flow control statement
      5.5-      Functions
      5.6-      Arrays (1, 2, 3, -D)
      5.7-      Structures
      5.8-      Pointers (pointer to basic data types and structure)
      5.9-      Enumerated data types
      5.10-    Files (Binary and text record I/O)
      5.11-    Recursions
8-   Fundamental Computing Algorithms
      6.1-      Searching (Linear, Binary, Basic hashing techniques)
      6.2-      Sorting (Selection, Bubble, Merge Sort)
7-   Lab Exercises for practice of algorithms development and programming using C language)


Reference Books:
  • Deitel and Deitel (2000). C How to program. Prentice-Hall Inc.
  • Behrouz (2000). Computer Science: A structured programming approach using C.
  • Eric C Roberts (1994). The Art and Science of C (An introduction to Computer Science)
  • Herbert Schildt; Teach yourself C; McGraw Hill, USA.
  • John Gray, Brian Wondel (1995; Programming in C; Chapman & Hall, London, UK.


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