Originally published in 1999, Connell's Elements of Abstract and Linear Algebra focuses on abstract algebra emphasizing linear algebra. Subjects include foundational mathematics (such as sets, cartesian products, Hausdorff maximality principle, etc.), groups (scalar multiplication, subgroups, cosets, quotient groups, permutations, etc.), rings (units, domains, fields, integers mod n, quotient rings, the Chinese remainder theorem, etc), matrices and matrix rings, and linear algebraic…

Originally published in 1999, Connell's Elements of Abstract and Linear Algebra focuses on abstract algebra emphasizing linear algebra. Subjects include foundational mathematics (such as sets, cartesian products, Hausdorff maximality principle, etc.), groups (scalar multiplication, subgroups, cosets, quotient groups, permutations, etc.), rings (units, domains, fields, integers mod n, quotient rings, the Chinese remainder theorem, etc), matrices and matrix rings, and linear algebraic…

Carl Friedrich Gauss - Wikipedia

Carl Friedrich Gauss - Wikipedia

Using the Chinese Remainder Theorem, solve the following system of mod pipolem Gatthe 🌸

Using the Chinese Remainder Theorem, solve the following system of mod pipolem Gatthe 🌸

In this article we shall consider how to solve problems such as  Find all integers that leave ...

In this article we shall consider how to solve problems such as Find all integers that leave ...

Magic Squares!  Lo Shu magic square, with its traditional graphical representation.

Magic Squares! Lo Shu magic square, with its traditional graphical representation.

'Sigmond Endre - roots of integers in 3D

'Sigmond Endre - roots of integers in 3D

Hitchhikers guide to the galaxy - 42 is the answer to the meaning of life ... And now we know what that means!

Hitchhikers guide to the galaxy - 42 is the answer to the meaning of life ... And now we know what that means!

Math print bow tie  from MarvellousMischief

Math print bow tie from MarvellousMischief

THIS 17X17 SQUARE GRID OF COLOURED CIRCLES IS ARRANGED IN SUCH A WAY THAT YOU CANNOT CREATE A RECTANGLE WITHIN THIS GRID WITH THE SAME COLOUR IN EACH OF THE FOUR CORNERS...SO WHAT YOU MAY SAY...IT IS JUST ANOTHER MATHEMATICAL DOODLE! PS: THERE ARE JUST FOUR COLOURS...MAYBE THE SQUARE HAS OTHER PROPERTIES?

THIS 17X17 SQUARE GRID OF COLOURED CIRCLES IS ARRANGED IN SUCH A WAY THAT YOU CANNOT CREATE A RECTANGLE WITHIN THIS GRID WITH THE SAME COLOUR IN EACH OF THE FOUR CORNERS...SO WHAT YOU MAY SAY...IT IS JUST ANOTHER MATHEMATICAL DOODLE! PS: THERE ARE JUST FOUR COLOURS...MAYBE THE SQUARE HAS OTHER PROPERTIES?

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