Канал: DaniilRudenko

Lecture 2.7: Classification of Affine Transformations

Lecture 2.7: Classification of Affine Transformations

Lecture 2.6: Affine Transformations

Lecture 2.6: Affine Transformations

Lecture 2.5: Cyclic Groups

Lecture 2.5: Cyclic Groups

Lecture 2.4: Symmetries of Regular Polygons.

Lecture 2.4: Symmetries of Regular Polygons.

Lecture 2.3: Chasles' Theorem

Lecture 2.3: Chasles' Theorem

Lecture 2.2: Rotations

Lecture 2.2: Rotations

Lecture 2.1: Isometries

Lecture 2.1: Isometries

Lecture 1.7: Generating Functions

Lecture 1.7: Generating Functions

Lecture 1.6: An explicit formula for Catalan numbers

Lecture 1.6: An explicit formula for Catalan numbers

Lecture 1.5: Catalan numbers

Lecture 1.5: Catalan numbers

Lecture 1.4: Binomial Coefficients

Lecture 1.4: Binomial Coefficients

Lecture 1.3: Cyclic Structure of a Permutation

Lecture 1.3: Cyclic Structure of a Permutation

Lecture 1.2: The Group of Permutations

Lecture 1.2: The Group of Permutations

Lecture 1.1: Bijections and Permutations

Lecture 1.1: Bijections and Permutations

Group Theory, lecture 6.2: Second Sylow Theorem

Group Theory, lecture 6.2: Second Sylow Theorem

Group Theory, lecture 6.1: First Sylow Theorem

Group Theory, lecture 6.1: First Sylow Theorem

Group Theory, lecture 5.4: Projective Geometry (II)

Group Theory, lecture 5.4: Projective Geometry (II)

Group Theory, lecture 5.3: Projective Space (I)

Group Theory, lecture 5.3: Projective Space (I)

Group Theory, lecture 5.2: Orbits and Stabilizers

Group Theory, lecture 5.2: Orbits and Stabilizers

Group Theory, lecture 5.1: Group actions

Group Theory, lecture 5.1: Group actions

Group Theory, lecture 4.5: Quadratic residues

Group Theory, lecture 4.5: Quadratic residues

Group Theory, lecture 4.4: Abelian groups

Group Theory, lecture 4.4: Abelian groups

Group Theory, lecture 4.3: Properties of Euler function

Group Theory, lecture 4.3: Properties of Euler function

Group Theory, lecture 4.2: Euler function

Group Theory, lecture 4.2: Euler function

Group Theory, lecture 4.1: Cyclic groups

Group Theory, lecture 4.1: Cyclic groups

Group Theory, lecture 3.7: Lattice of subgroups

Group Theory, lecture 3.7: Lattice of subgroups

Group Theory, lecture 3.8: Correspondence Theorem

Group Theory, lecture 3.8: Correspondence Theorem

Group Theory, lecture 3.6: First Homomorphism Theorem

Group Theory, lecture 3.6: First Homomorphism Theorem

Group Theory, Lecture 3.5: Quotient group

Group Theory, Lecture 3.5: Quotient group

Group Theory, lecture 3.4: Normal subgroups of S4

Group Theory, lecture 3.4: Normal subgroups of S4

Group Theory, lecture 3.3: Normal subgroups

Group Theory, lecture 3.3: Normal subgroups

Group Theory, lecture 3.2: Index, Lagrange theorem

Group Theory, lecture 3.2: Index, Lagrange theorem

Group Theory, lecture 3.1: Cosets

Group Theory, lecture 3.1: Cosets

Group Theory, lecture 2.8: Sign(II)

Group Theory, lecture 2.8: Sign(II)

Group Theory: lecture 2.7: Sign (I)

Group Theory: lecture 2.7: Sign (I)

Group Theory, lecture 2.6: Cayley Theorem

Group Theory, lecture 2.6: Cayley Theorem

Group Theory, lecture 2.5: Homomorphisms

Group Theory, lecture 2.5: Homomorphisms

Group Theory, lecture 2.3: Generators

Group Theory, lecture 2.3: Generators

Group Theory, lecture 2.4: Conjugation in the symmetric group

Group Theory, lecture 2.4: Conjugation in the symmetric group

Group Theory, lecture 2.2: Cyclic structure

Group Theory, lecture 2.2: Cyclic structure

Group Theory, lecture 1.7: Some history and the plan of the course

Group Theory, lecture 1.7: Some history and the plan of the course

Group Theory, lecture 1.6: Lagrange Theorem

Group Theory, lecture 1.6: Lagrange Theorem

Group Theory, lecture 2.1: Equivalence relations

Group Theory, lecture 2.1: Equivalence relations

Group Theory, lecture 1.5: Orders, subgroups, isomorphism

Group Theory, lecture 1.5: Orders, subgroups, isomorphism

Group Theory, lecture 1.4: Examples

Group Theory, lecture 1.4: Examples

Group Theory, lecture 1.3: Corollaries of the axioms

Group Theory, lecture 1.3: Corollaries of the axioms

Group Theory, lecture 1.2: Definition of a group

Group Theory, lecture 1.2: Definition of a group

Group Theory, lecture 1.1: Symmetries

Group Theory, lecture 1.1: Symmetries