Introduction to Vector Spaces

preview_player
Показать описание
Lec-06 Introduction to Vector Spaces
  1. IIT Roorkee July 2018
Рекомендации по теме
Understanding Vector Spaces 0:08:41

Understanding Vector Spaces

What is a 0:06:58

What is a Vector Space? (Abstract Algebra)

Vector Space 0:18:04

Vector Space

Vector Spaces | 0:08:11

Vector Spaces | Definition & Examples

Vector intro for 0:05:49

Vector intro for linear algebra | Vectors and spaces | Linear Algebra | Khan Academy

Abstract vector spaces 0:16:46

Abstract vector spaces | Chapter 16, Essence of linear algebra

VECTOR SPACES - 0:13:03

VECTOR SPACES - LINEAR ALGEBRA

Vectors | Chapter 0:09:52

Vectors | Chapter 1, Essence of linear algebra

JKPSC 10+2 Math 0:40:32

JKPSC 10+2 Math Exam Prep: Introduction to Vector Space || JKPSC ONLINE COACHING #competitionguru

Introduction to Vector 0:40:51

Introduction to Vector Spaces

In the vector 0:00:57

In the vector space of all advice...

Introduction to vector 0:23:40

Introduction to vector spaces

Introduction to Vector 0:08:18

Introduction to Vector Spaces | Detailed Definition with Examples

Oxford Linear Algebra: 0:29:53

Oxford Linear Algebra: What is a Vector Space?

Linear Algebra| Introduction 0:29:33

Linear Algebra| Introduction of Vector space | Degree Mathematics in telugu

Linear combinations, span, 0:09:59

Linear combinations, span, and basis vectors | Chapter 2, Essence of linear algebra

Vector Spaces: Introduction 0:24:41

Vector Spaces: Introduction

Mathematical Basis of 0:03:25

Mathematical Basis of Quantum Mechanics: Introduction to Vector Spaces

Vector Subspaces 0:08:46

Vector Subspaces

Introduction To Vector 0:13:20

Introduction To Vector Spaces || linear algebra ||Urdu/Hindi

Linear Algebra 4.1.1 0:18:55

Linear Algebra 4.1.1 Vector Spaces

Linear Transformations on 0:09:11

Linear Transformations on Vector Spaces

Independence, Basis, and 0:13:20

Independence, Basis, and Dimension

Linear subspaces | 0:23:29

Linear subspaces | Vectors and spaces | Linear Algebra | Khan Academy

Комментарии
Автор

Sir thank you so much !!!u r making student and India development by doing this❤️❤️❤️
U r never less than ur army

rohitkamble
Автор

Respected Sir,
at 33:47, how can you say that product of two vector elements is commutative?
if you take u = (a1, a2) and v =(b1, b2)
then uv = (a1b1 + a1b2, a2b1 + a2b2)
and vu = (b1a1 + b1a2, b2a1 + b2a2)
but they are not equal?

Please tell if I have misunderstood something

MaheshSharma-folj
Автор

Sir
May you prefer the best book for
Matrix analysis and application

Please sir

sigmaphile
Автор

Assignments kahan s access kar skte h is course k

nancytiwari
Автор

In this lecture you teach very well sir
But I have one doubt
V.S. have a 10 property or 9 property ???


As I remember (ab)x = a(bx) this property not cover by you in this lecture.

Thank you sir

vishalvadhel