Appropriate book for my Linear Algebra course.

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I'm trying to find an appropriate book which covers most topics taught in my course. I have researched many books suggested on the forums. But my problem is while all books I have seen cover the classic linear algebra topics I have on my course like




Field, vector space, basis, linear independence, Gaussian elimination, echelon form, solution to linear system, linear maps, isomorphism, change of basis matrix, determinants, Gram-Schmidt process, matrix representation of a linear transformation, diagonalizable operators, eigenvalues, eigenvectors, symmetric matrices and spectral theorem . . .




they don't cover topics like




Cartesian and parametric equations (and conversion between them), Cartesian equations of a plane through 3 points, mutual position of planes/lines and planes/lines in $mathbbR^3$, distance between a point/line/plane and a point/line/plane in $mathbbR^3$.




I understand that those might be not the main concern of most linear algebra courses, but still can anyone suggest me a book for those stuff?







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    If you're taking a course, don't you have an assigned textbook for the course already?
    – Hans Lundmark
    Aug 18 at 9:00










  • @Hans Lundmark I have a couple of suggested books but still none of them contain these topics broadly
    – Turan Nasibli
    Aug 18 at 19:08














up vote
-2
down vote

favorite












I'm trying to find an appropriate book which covers most topics taught in my course. I have researched many books suggested on the forums. But my problem is while all books I have seen cover the classic linear algebra topics I have on my course like




Field, vector space, basis, linear independence, Gaussian elimination, echelon form, solution to linear system, linear maps, isomorphism, change of basis matrix, determinants, Gram-Schmidt process, matrix representation of a linear transformation, diagonalizable operators, eigenvalues, eigenvectors, symmetric matrices and spectral theorem . . .




they don't cover topics like




Cartesian and parametric equations (and conversion between them), Cartesian equations of a plane through 3 points, mutual position of planes/lines and planes/lines in $mathbbR^3$, distance between a point/line/plane and a point/line/plane in $mathbbR^3$.




I understand that those might be not the main concern of most linear algebra courses, but still can anyone suggest me a book for those stuff?







share|cite|improve this question


















  • 1




    If you're taking a course, don't you have an assigned textbook for the course already?
    – Hans Lundmark
    Aug 18 at 9:00










  • @Hans Lundmark I have a couple of suggested books but still none of them contain these topics broadly
    – Turan Nasibli
    Aug 18 at 19:08












up vote
-2
down vote

favorite









up vote
-2
down vote

favorite











I'm trying to find an appropriate book which covers most topics taught in my course. I have researched many books suggested on the forums. But my problem is while all books I have seen cover the classic linear algebra topics I have on my course like




Field, vector space, basis, linear independence, Gaussian elimination, echelon form, solution to linear system, linear maps, isomorphism, change of basis matrix, determinants, Gram-Schmidt process, matrix representation of a linear transformation, diagonalizable operators, eigenvalues, eigenvectors, symmetric matrices and spectral theorem . . .




they don't cover topics like




Cartesian and parametric equations (and conversion between them), Cartesian equations of a plane through 3 points, mutual position of planes/lines and planes/lines in $mathbbR^3$, distance between a point/line/plane and a point/line/plane in $mathbbR^3$.




I understand that those might be not the main concern of most linear algebra courses, but still can anyone suggest me a book for those stuff?







share|cite|improve this question














I'm trying to find an appropriate book which covers most topics taught in my course. I have researched many books suggested on the forums. But my problem is while all books I have seen cover the classic linear algebra topics I have on my course like




Field, vector space, basis, linear independence, Gaussian elimination, echelon form, solution to linear system, linear maps, isomorphism, change of basis matrix, determinants, Gram-Schmidt process, matrix representation of a linear transformation, diagonalizable operators, eigenvalues, eigenvectors, symmetric matrices and spectral theorem . . .




they don't cover topics like




Cartesian and parametric equations (and conversion between them), Cartesian equations of a plane through 3 points, mutual position of planes/lines and planes/lines in $mathbbR^3$, distance between a point/line/plane and a point/line/plane in $mathbbR^3$.




I understand that those might be not the main concern of most linear algebra courses, but still can anyone suggest me a book for those stuff?









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edited Aug 18 at 15:14









Brahadeesh

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asked Aug 18 at 2:53









Turan Nasibli

1




1







  • 1




    If you're taking a course, don't you have an assigned textbook for the course already?
    – Hans Lundmark
    Aug 18 at 9:00










  • @Hans Lundmark I have a couple of suggested books but still none of them contain these topics broadly
    – Turan Nasibli
    Aug 18 at 19:08












  • 1




    If you're taking a course, don't you have an assigned textbook for the course already?
    – Hans Lundmark
    Aug 18 at 9:00










  • @Hans Lundmark I have a couple of suggested books but still none of them contain these topics broadly
    – Turan Nasibli
    Aug 18 at 19:08







1




1




If you're taking a course, don't you have an assigned textbook for the course already?
– Hans Lundmark
Aug 18 at 9:00




If you're taking a course, don't you have an assigned textbook for the course already?
– Hans Lundmark
Aug 18 at 9:00












@Hans Lundmark I have a couple of suggested books but still none of them contain these topics broadly
– Turan Nasibli
Aug 18 at 19:08




@Hans Lundmark I have a couple of suggested books but still none of them contain these topics broadly
– Turan Nasibli
Aug 18 at 19:08










1 Answer
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The chapter 2 (Coordinate Systems and Coordinate Transformations) of the following bookhttp://ads.harvard.edu/books/1989fcm..book/Chapter2.pdf






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    The chapter 2 (Coordinate Systems and Coordinate Transformations) of the following bookhttp://ads.harvard.edu/books/1989fcm..book/Chapter2.pdf






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      The chapter 2 (Coordinate Systems and Coordinate Transformations) of the following bookhttp://ads.harvard.edu/books/1989fcm..book/Chapter2.pdf






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        The chapter 2 (Coordinate Systems and Coordinate Transformations) of the following bookhttp://ads.harvard.edu/books/1989fcm..book/Chapter2.pdf






        share|cite|improve this answer












        The chapter 2 (Coordinate Systems and Coordinate Transformations) of the following bookhttp://ads.harvard.edu/books/1989fcm..book/Chapter2.pdf







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        answered Aug 18 at 3:02









        Pascal55

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