## Homework #1

This homework must be submitted before 8th May 2018 11:55 pm. After this time no homework will be allowed.

Your codes must be yours. Any plagiarism will be penalized with negative marking.

## Lab work

### Lab 1

- Introduction to MAtlab
- Some basic matlab with functions and plotting
- GPA code

### Lab 2

- Using Excel for Numerical analysis
- Graphing equations using excel
- Bisection method using excel
- False Position method using excel

// Home task

e^x using excel

Sin x using excel

Cos x using excel

Newton Raphson method using excel

### Lab 3

- Maclaurin series
- e^x
- Sin x
- Cos x

### Lab 4

- Bracketing method
- Bisection method
- False Position method

### Lab 5

- Open methods
- Fixed Point Iteration
- Newton Raphson method
- Secant method
- Modified secant method

### Lab 6

- Trapezoidal rule
- Single Application
- Multiple Application

- Simpsons 1/3 rule
- Single Application
- Multiple Application

- Simpsons 3/8 rule
- Single Application

### Lab 7

- Gauss-Seidel
- Jacobi Iteration
- Matrix usage using matlab
- determinant
- inverse
- solving simultaneous equation in matlab using
- inverse matrix
- a\b
- lu factorization

Homework

- Naive gauss elimination
- Gauss Jordan Method
- polynomial deflation
- mullers method
- Cramers rule

### Lab 8

- Statistics in matlab
- linear regression [Lecture 10 whole]

Homework

- Newtons interpolating polynomial (Lecture 11)
- 25.1.2 Algorithm for Euler’s Method [LAB]
- 25.2.3 Computer Algorithms for Heun and Midpoint Methods [LAB]
- 25.3.5 Computer Algorithms for Runge-Kutta Methods [LAB]

### Lab 9

Review of all labs

# Codes

https://github.com/shparvez001/sec-cse-608-2018