B.Com Finance Semester 3 Basic numerical methods

Module 1

Lecture 1.1  topic introduction 

Lecture 1.2 problems of simple linear equation 

Lecture 1.3 problems of equations

Lecture 1.4 topic : simple linear equation problems

Lecture 1.5 topic : simultaneous equations with two unknown

Lecture 1.6 topic : problems of simultaneous equations

Lecture 1.7 topic : problems of simultaneous equations

Lecture 1.8 topic : substitution method

Lecture 1.9 topic : simultaneous equations with 3 unknown

Lecture 1.10 : topic : quadratic equation

Lecture 1.11 topic : factorization method

Lecture 1.12 topic : quadratic formula

Lecture 1.13 topic : problems of quadratic equation

Module 2

Lecture-2.1-Matrices

Lecture-2.2

Lecture-2.3

Lecture-2.4

Lecture-2.5

Lecture-2.6

Lecture-2.7

Lecture 2.8 

Lecture 2.9

Lecture 2.10

Lecture 2.11

Lecture 2.12

Lecture 2.13

Lecture 2.14

Lecture 2.15

Lecture 2.16

Lecture 2.17

Lecture 2.18

Lecture 2.19

Lecture 2.20

Lecture 2.21 inverse of a matrix 

Lecture 2.22

Lecture 2.23 topic solving equations using matrices 

Lecture 2.24 methods of solving the equation using the matrices 

Lecture 2.25 Topic solving equations using matrices with 3 variables 

Lecture 2.26 Topic crammer’s rule

Lecture 2.27 topic: rank of a matrix 

Lecture 2.28 continuation of rank of a matrix 

Module 3

Lecture 3.1 topic: sequence, series, progression

Lecture 3.2 topic : progression

Lecture 3.3 topic : arithmetic progression

Lecture 3.4 topic : nth term of an AP

Lecture 3.5 topic : problems of AP

Lecture 3.6 topic : sum of n terms

Lecture 3.7 topic geometric progression

Lecture 3.8 topic : harmonic progression

Module 4

Lecture 4. 1: interest and time value

Lecture 4.2. Topic : compound interest

Lecture 4.3 topic : effective rate