2014

Even Term (Semester) 2014

12EL(Section I & II) 6th Term

Numerical Analysis and Computer Applications 

(Theory=04 C.H & Practical = 02 C.H.)

From 21/07/2014 to 09/11/2014

• Sessional Marks (Theory)
• Award List of Practical
• Sessional Marks (Practical)
• Sessional Test TWO with Answers
• Assignment to be submitted by 4th December, 2014
• C++ Source Codes for Numerical Methods on IVPs
• C++ Source Codes for Numerical Integration
• C++ Source Codes for Interpolation Techniques
• Result to Sessional Test of Practical
• Sessional Test for Practical with Solutions
• C++ Source Codes for Jacobi, Seidel and Power's Method
• Result to Sessional Test 01
• Sessional Test 01 with Answers
• Research Paper: An Efficient Parallel Gauss-Seidel Algorithm for the Solution of Load Flow Problems
• C++ Source Codes for Root Location Methods
• Tentative Teaching Plan (Practical)
• Tentative Teaching Plan (Theory)

Recommended Books:

• Book 01
• Book 02
• Book 03

Odd Semester 2014

12ME(Section I & II) 5th Term

Numerical Analysis and Computer Applications

(Theory = 04C.H. & Practical = 02C.H.)

• Tentative Teaching Plan (Theory)
• Tentative Teaching Plan (Practical)
• Marks Distribution Rule
• An Important Note to students of 12ME
• Research Paper(s): Based on Chapter - 02
• Research Paper(s): Based on Chapter - 03
• Research Paper(s): Based on Chapter - 04
• Importance of Eigenvalues
• Sample Copy of Dev C++ Program
• Question Paper with Answers to Sessional Test 01 (Theory)
• Result announced to Sessional Test 01 (Theory)   
• Question Paper with Answers to Sessional Test (Practical)
• Result announced to Sessional Test (Practical)
• Roll Number is not written on this test paper!
• Question Paper with Answers to Sessional Test 02 (Theory)
• Result announced to Sessional Test 02 (Theory)
• Assignment of NACA (Theory) Last date of Submission: May 25, 2014
• Topics and Terms discussed in the Class
• Final Question Paper for Practical
• Final Question Paper of Theory
• Sessional Marks (Practical)
• Sessional Marks (Theory)

Source Codes for Practical 

• Source Codes for Chapter 01
• Source Codes for Chapter 02 (Corrected)
• Source Codes for Chapter 03
• Source Codes for Chapter 04
• Source Codes for Chapter 05
• Source Codes for Chapter 06

Recommended Books: - 

• Numerical Methods for Engineers (Steven C. Chapra & Raymond P. Canale)
• Numerical Methods in Engineering with MATLAB (Jaan Kiusalaas)
• Numerical Analysis Using MATLAB and Excel (Steven T. Karris)
• MATLAB: An Introduction with Applications (Amos Gilat)
• Introduction to MATLAB for Engineers (William J. Palm III)

2013

Even Semester 2013 

13TL (Section I & II) 2nd Semester

Linear Algebra and Analytical Geometry

(03+00)

• Syllabus
• Tentative Teaching Plan
• Lesson Plan
• Brief Introduction to Areas of Applications of Linear Algebra
• Brief Introduction to Areas of Applications of Analytical Geometry
• Solution to Non-Credit Diagnostic Test
• Result to Non-Credit Diagnostic Test
• Guidelines Regarding Marks Distribution
• Cryptography using Matrices
• Class Test # 01: Papers (A & B)
• Result to Class Test # 01
• Question Paper: Mid-Semester
• Mid Semester: Result announced
• Class Test # 02: Papers (A & B)
• Result to Class Test # 02
• Assignment for LAAG (Last date for Submission is 4th November, 2013) 
• Solved Problems for Double Integrals
• Solution to the Assignment
• Sessionals & Midsemester (Result)
• Question Paper (Final)

13SW (Section I & II) 2nd Semester

Linear Algebra and Analytical Geometry (03+00)

•  Syllabus
• Tentative Teaching Plan
• Lesson Plan
• Brief Introduction to Areas of Applications of Linear Algebra
• Brief Introduction to Areas of Applications of Analytical Geometry
• Solution to Non-Credit Diagnostic Test
• Result to Non-Credit Diagnostic Test
• Guidelines Regarding Marks Distribution
• Cryptography using Matrices
• Class Test # 01: Papers (A & B)
• Result to Class Test # 01
• Question Paper: Mid-Semester
• Mid Semester: Result announced
• Class Test # 02: Papers (A & B)
• Result to Class Test # 02
• Assignment for LAAG (last date of submission is 4th November, 2013) 
• Solved Problems for Double Integrals
• Solution to the Assignment
• Sessionals & Midsemester (Result)
• Question Paper (Final)

Recommended Books and Chapters

• Linear Algebra (Book - 1)
• Linear Algebra (Book - 2)
• Linear Algebra (Book - 3)
• Analytical Geometry 01 (Chapter from a Book)
• Analytical Geometry 02 (Chapter from a Book)
• Analytical Geometry 03 (Chapter from a Book)
• Multiple Integrals 01 (Chapter from a Book)
• Multiple Integrals 02 (Chapter from a Book)
• Multiple Integrals 03 (Chapter from a Book)

Odd Term 2013

11 ES (Section I & II) 5th Term

Numerical Methods

• TTP (11ES-I) Numerical Methods 
• TTP (11ES-II) Numerical Methods
• Turbo C++ for Windows 7   
• Sessional Tests' Result (Theory +  Practical) NEW
• Question Paper (Final)

Case Study Problems from Numerical Methods

• Non - Linear Equations
• System of Linear Equations
• Interpolation
• Curve Fitting by Straight Line, Parabolic Curve, Exponential Curve, Logarithmic Curve and Power Function 
• Linear, Quadratic and Cubic Spline Interpolation
• Numerical Differentiation
• Numerical Integration
• Importance of Differential Equations (Motivating Scenario)
• Ordinary Differential Equations (IVPs) 

Numerical Solutions for Partial Differential Equations

• Introduction to Partial Differential Equations and Their Classification
• Numerical Techniques for PDEs and Introduction to Finite Difference Approximations
• Laplace Equation using Finite Difference Approach
• Numerical Solution of 2D-Poisson Equation
• 1-Dimensional Heat Equation by Explicit Method (Finite Difference) and Implicit Method (Crank-Nicolson)