Канал: LadislauFernandes

Mathematical Analysis, odd questions 2

Mathematical Analysis, odd questions 2

Mathematical Analysis, odd questions 1

Mathematical Analysis, odd questions 1

Linear Algebra 147, Replacement Lemma and maximal independent subset of a set that spans a VS

Linear Algebra 147, Replacement Lemma and maximal independent subset of a set that spans a VS

Linear Algebra, 146, The non-zero rows of a matrix in echelon form are linearly independent

Linear Algebra, 146, The non-zero rows of a matrix in echelon form are linearly independent

Differential Forms - Solved problems 4

Differential Forms - Solved problems 4

Differential Forms - Solved Problem 3

Differential Forms - Solved Problem 3

Differential Forms- Solved Problems 2

Differential Forms- Solved Problems 2

Differential Forms - Solved Problems 1

Differential Forms - Solved Problems 1

Product of two diagonal matrices is diagonal

Product of two diagonal matrices is diagonal

Linear Functionals, theory and exemples 1

Linear Functionals, theory and exemples 1

Fire works 2

Fire works 2

Fire works. New year

Fire works. New year

Linear Algebra 145, Basis and Dimension

Linear Algebra 145, Basis and Dimension

Christmas time

Christmas time

Round about xmas time

Round about xmas time

Blitz 2

Blitz 2

Linear Algebra 144, Vectors Dependent over the Complex and Independent over the Reals

Linear Algebra 144, Vectors Dependent over the Complex and Independent over the Reals

Linear Algebra 143, Space of functions, Linear Dependence of functions

Linear Algebra 143, Space of functions, Linear Dependence of functions

Linear Algebra 142, Space of functions, Linear Dependence

Linear Algebra 142, Space of functions, Linear Dependence

Linear Algebra 141, checking Polynomials Linear Dependence

Linear Algebra 141, checking Polynomials Linear Dependence

Linear Algebra 140, checking Matrices Linear Dependence

Linear Algebra 140, checking Matrices Linear Dependence

Linear Algebra 139, Matrices Linear Dependence

Linear Algebra 139, Matrices Linear Dependence

Linear Algebra 138, dependent sets and subsets of vectors

Linear Algebra 138, dependent sets and subsets of vectors

Linear Algebra 137, dependent vectors and sets

Linear Algebra 137, dependent vectors and sets

Blitz 1

Blitz 1

Linear Algebra 136, Independent Vectors

Linear Algebra 136, Independent Vectors

Linear Algebra 135, Linear Combination, Linear Dependence

Linear Algebra 135, Linear Combination, Linear Dependence

Linear Algebra 134, Linear Dependent

Linear Algebra 134, Linear Dependent

Linear Algebra 133, Direct Sum

Linear Algebra 133, Direct Sum

Field Theory 9, Finite Field Extension, Degree of Extensions

Field Theory 9, Finite Field Extension, Degree of Extensions

Field Theory 8, Field Extension

Field Theory 8, Field Extension

Linear Algebra 132, Direct Sum, symmetric, antisymmetric matrices

Linear Algebra 132, Direct Sum, symmetric, antisymmetric matrices

Linear Algebra 131, Direct Sum, examples

Linear Algebra 131, Direct Sum, examples

Linear Algebra 130, Direct Sum

Linear Algebra 130, Direct Sum

Linear Algebra 129, sums in vector spaces

Linear Algebra 129, sums in vector spaces

Linear Algebra 128, Column Space

Linear Algebra 128, Column Space

Linear Algebra 127, Row Space

Linear Algebra 127, Row Space

Linear Algebra 126, Span

Linear Algebra 126, Span

Linear Algebra 63.a.Transpose Matrices Operations, proof

Linear Algebra 63.a.Transpose Matrices Operations, proof

Linear Algebra 125, Linear Combination, Span

Linear Algebra 125, Linear Combination, Span

Linear Algebra 124, Linear Combination, examples

Linear Algebra 124, Linear Combination, examples

Linear Algebra 123, Linear Combination, Linear Span

Linear Algebra 123, Linear Combination, Linear Span

Linear Algebra 122, Subspaces of Vector Spaces, examples

Linear Algebra 122, Subspaces of Vector Spaces, examples

Linear Algebra 121, Homogenous System of Linear Equations

Linear Algebra 121, Homogenous System of Linear Equations

Linear Algebra 120, Union of Subspaces

Linear Algebra 120, Union of Subspaces

Linear Algebra 119, Intersection of Subspaces, proof

Linear Algebra 119, Intersection of Subspaces, proof

Commutative Algebra 18, Quotient Rings

Commutative Algebra 18, Quotient Rings

Commutative Algebra 17, Intersection of Ideals

Commutative Algebra 17, Intersection of Ideals

Linear Algebra 118, Subspace of a Vector Space exercises 2

Linear Algebra 118, Subspace of a Vector Space exercises 2

Linear Algebra 118, Subspace of a Vector Space exercises 1

Linear Algebra 118, Subspace of a Vector Space exercises 1

Linear Algebra 117, Subspace of a Vector Space

Linear Algebra 117, Subspace of a Vector Space

Linear Algebra 116, Properties of Vector Spaces

Linear Algebra 116, Properties of Vector Spaces

Commutative Algebra 16, Principal Ideal Domain

Commutative Algebra 16, Principal Ideal Domain

Commutative Algebra 15, Ideals, Kernel, Image, Principal Ideal

Commutative Algebra 15, Ideals, Kernel, Image, Principal Ideal

Commutative Algebra 14, Ideals, Kernel, Image

Commutative Algebra 14, Ideals, Kernel, Image

Commutative Algebra 13, Polynomial Ring Homomorphisms

Commutative Algebra 13, Polynomial Ring Homomorphisms

Commutative Algebra 11, Ring Homomorphisms

Commutative Algebra 11, Ring Homomorphisms

Commutative Algebra 12, Properties of Ring Homomorphisms

Commutative Algebra 12, Properties of Ring Homomorphisms

Commutative Algebra 10, Fraction Field

Commutative Algebra 10, Fraction Field

Commutative Algebra 9, Field

Commutative Algebra 9, Field

Commutative Algebra 8, Groups of Units

Commutative Algebra 8, Groups of Units

Commutative Algebra 7, Units

Commutative Algebra 7, Units

Commutative Algebra 6, Integral Domain

Commutative Algebra 6, Integral Domain

Commutative Algebra 5, Subrings

Commutative Algebra 5, Subrings

Commutative Algebra 4, Properties

Commutative Algebra 4, Properties

Commutative Algebra 3. Noncommutative Rings

Commutative Algebra 3. Noncommutative Rings

Commutative Algebra 2, Examples of Commutative Rings

Commutative Algebra 2, Examples of Commutative Rings

Commutative Algebra 1, Rings1

Commutative Algebra 1, Rings1

Logic and Proofs 6, Equivalence between Propositional Forms

Logic and Proofs 6, Equivalence between Propositional Forms

Logic and Proofs 7, Truth tables with four propositions

Logic and Proofs 7, Truth tables with four propositions

Logic and Proofs 5, Truth Tables

Logic and Proofs 5, Truth Tables

Logic and Proofs 4

Logic and Proofs 4

Logic and Proofs 3

Logic and Proofs 3

Logic and Proofs 2

Logic and Proofs 2

Logic and Proofs 1

Logic and Proofs 1

Linear Algebra 115, Exercises on vector Spaces, Reals over the Reals

Linear Algebra 115, Exercises on vector Spaces, Reals over the Reals

Linear Algebra 114, Exercises on Vector Spaces

Linear Algebra 114, Exercises on Vector Spaces

Field Theory 7, Zeros of an irreducible polynomial

Field Theory 7, Zeros of an irreducible polynomial

Linear Algebra 111, Determinant 4

Linear Algebra 111, Determinant 4

Linear Algebra 110, Determinant 3

Linear Algebra 110, Determinant 3

Linear Algebra 109, Determinant 2

Linear Algebra 109, Determinant 2

Linear Algebra 112, Vector Spaces

Linear Algebra 112, Vector Spaces

Linear Algebra 113, Vector Spaces, Group Under Vector Addition

Linear Algebra 113, Vector Spaces, Group Under Vector Addition

Linear Algebra 108, 15 Puzzle

Linear Algebra 108, 15 Puzzle

Linear algebra 107, Permutations and Transpositions and Composition

Linear algebra 107, Permutations and Transpositions and Composition

Linear algebra 106, Permutations and Transpositions

Linear algebra 106, Permutations and Transpositions

Linear algebra 105, Permutations 3

Linear algebra 105, Permutations 3

Linear algebra 104, Permutations 2

Linear algebra 104, Permutations 2

Linear Algebra 103, Permutations 1

Linear Algebra 103, Permutations 1

Linear Algebra 102, Determinant

Linear Algebra 102, Determinant

Linear Algebra 101, Block Diagonal Matrix

Linear Algebra 101, Block Diagonal Matrix

Linear Algebra 100, Square Block Matrix

Linear Algebra 100, Square Block Matrix

Linear Algebra 97, Orthogonal Matrices

Linear Algebra 97, Orthogonal Matrices

Linear Algebra 99, Normal Matrices

Linear Algebra 99, Normal Matrices

Linear Algebra 98, Unitary Matrices

Linear Algebra 98, Unitary Matrices

Linear Algebra 96, Hermitian Matrices

Linear Algebra 96, Hermitian Matrices

Linear Algebra 94, Complex Matrices, Properties

Linear Algebra 94, Complex Matrices, Properties

Linear Algebra 95., Complex Matrices, Properties

Linear Algebra 95., Complex Matrices, Properties

Linear Algebra 93, Complex Matrices

Linear Algebra 93, Complex Matrices

Linear Algebra 92, Symmetric Matrices, more proofs

Linear Algebra 92, Symmetric Matrices, more proofs

Linear Algebra 90 Symmetric Matrices, proofs

Linear Algebra 90 Symmetric Matrices, proofs

Linear Algebra 91, skew-symmetric, proofs

Linear Algebra 91, skew-symmetric, proofs

Linear Algebra 89, Adding symmetric matrices, scalar product, proofs

Linear Algebra 89, Adding symmetric matrices, scalar product, proofs

Linear Algebra 88, Symmetric Matrices

Linear Algebra 88, Symmetric Matrices

Linear Algebra 87, Upper Triangle Matrix

Linear Algebra 87, Upper Triangle Matrix

Linear Algebra 86, Elementary Matrix

Linear Algebra 86, Elementary Matrix

Linear Algebra 85, Inverse of a Matrix, proof

Linear Algebra 85, Inverse of a Matrix, proof

Linear Algebra 84, Inverse of a Matrix

Linear Algebra 84, Inverse of a Matrix

Linear Algebra 83, Calculating the Inverse of a 3x3 Matrix

Linear Algebra 83, Calculating the Inverse of a 3x3 Matrix

Linear Algebra 82, Calculating the Invertible Matrix of a 2x2 Matrix

Linear Algebra 82, Calculating the Invertible Matrix of a 2x2 Matrix

Linear Algebra 81, Calculating the Invertible Matrix

Linear Algebra 81, Calculating the Invertible Matrix

Linear Algebra 80, Invertible Matrix, examples

Linear Algebra 80, Invertible Matrix, examples

Linear Algebra 79, Invertible Matrix

Linear Algebra 79, Invertible Matrix

Linear Algebra 78, Idempotent Matrix

Linear Algebra 78, Idempotent Matrix

Linear Algebra 77, Powers of Matrices

Linear Algebra 77, Powers of Matrices

Linear Algebra 76, Commutative Matrices, Powers of Matrices

Linear Algebra 76, Commutative Matrices, Powers of Matrices

Linear Algebra 75, Algebra of Matrices, Examples

Linear Algebra 75, Algebra of Matrices, Examples

Linear Algebra 74, Algebra of Matrices

Linear Algebra 74, Algebra of Matrices

Linear Algebra 73, Diagonal matrix, proofs

Linear Algebra 73, Diagonal matrix, proofs

Linear Algebra 72, Diagonal matrix

Linear Algebra 72, Diagonal matrix

Linear Algebra 70, Matrix Trace, Properties and proofs

Linear Algebra 70, Matrix Trace, Properties and proofs

Linear Algebra 71, Matrix Trace, Matrix Identity, Kronecker Delta

Linear Algebra 71, Matrix Trace, Matrix Identity, Kronecker Delta

Linear Algebra 69, Matrix Trace

Linear Algebra 69, Matrix Trace

Linear Algebra 68, Diagonal Matrices, Matrix Trace

Linear Algebra 68, Diagonal Matrices, Matrix Trace

Linear Algebra 67, Systems of Linear Equations, two unknowns

Linear Algebra 67, Systems of Linear Equations, two unknowns

Linear Algebra 66, Systems of Linear Equations, Linear Equation

Linear Algebra 66, Systems of Linear Equations, Linear Equation

Linear Algebra 65, Systems of Linear Equations, Degenerate Linear Equation

Linear Algebra 65, Systems of Linear Equations, Degenerate Linear Equation

Linear Algebra 64, Systems of Linear Equations

Linear Algebra 64, Systems of Linear Equations

Linear Algebra 62, Properties of Matrix Transpose

Linear Algebra 62, Properties of Matrix Transpose

Linear Algebra 61, Matrix Transpose

Linear Algebra 61, Matrix Transpose

Linear Algebra 60, Matrix Multiplication

Linear Algebra 60, Matrix Multiplication

Linear Algebra 63, Properties of Matrix Transpose, Proofs

Linear Algebra 63, Properties of Matrix Transpose, Proofs

Linear Algebra 59, Matrix Multiplication, Properties and proof of Scalar Multiplication

Linear Algebra 59, Matrix Multiplication, Properties and proof of Scalar Multiplication

Linear Algebra 58, Matrix Multiplication, Properties and proof of Distributative Law

Linear Algebra 58, Matrix Multiplication, Properties and proof of Distributative Law

Linear Algebra 57, Matrix Multiplication, Properties and proof

Linear Algebra 57, Matrix Multiplication, Properties and proof

Linear 56, Matrix multiplication

Linear 56, Matrix multiplication

Linear Algebra 55, Properties of Matrix Algebra, Proofs

Linear Algebra 55, Properties of Matrix Algebra, Proofs

Linear Algebra 54, Properties of Matrix Algebra

Linear Algebra 54, Properties of Matrix Algebra

Linear Algebra 53, matrix algebra with scalar product

Linear Algebra 53, matrix algebra with scalar product

Linear Algebra 52, scalar product,

Linear Algebra 52, scalar product,

Linear Algebra 51, Matrix Addition

Linear Algebra 51, Matrix Addition

Linear Algebra 50, Matrix Algebra, zero matrix, negative matrix

Linear Algebra 50, Matrix Algebra, zero matrix, negative matrix

Linear Algebra 49, Matrix Algebra, Equal Matrices

Linear Algebra 49, Matrix Algebra, Equal Matrices

Linear Algebra 48, Matrix Algebra, Introduction

Linear Algebra 48, Matrix Algebra, Introduction

Linear Algebra 47, Hyperplane Equation

Linear Algebra 47, Hyperplane Equation

Linear Algebra 46, Distance from the Origin to a Plane

Linear Algebra 46, Distance from the Origin to a Plane

Linear Algebra 45, Hyperplanes and Normal vector to the plane

Linear Algebra 45, Hyperplanes and Normal vector to the plane

Linear Algebra 44, Hyperplanes and Lines

Linear Algebra 44, Hyperplanes and Lines

Linear Algebra, Reflection through a Line

Linear Algebra, Reflection through a Line

Linear Algebra 43, 3 Orthogonal Vectors, Linear Combination

Linear Algebra 43, 3 Orthogonal Vectors, Linear Combination

Linear Algebra 42, Linear Combination of Vectors, Orthogonal Vectors

Linear Algebra 42, Linear Combination of Vectors, Orthogonal Vectors

Linear Algebra 41, Vector Orthogonality is Symmetric but not Transitive

Linear Algebra 41, Vector Orthogonality is Symmetric but not Transitive

Linear Algebra 40, Vector Zero Orthogonal to all Vectors

Linear Algebra 40, Vector Zero Orthogonal to all Vectors

Linear Algebra 39, Orthogonality

Linear Algebra 39, Orthogonality

Linear Algebra 38, Vector Projection, examples

Linear Algebra 38, Vector Projection, examples

Linear Algebra 37, Vector Projection

Linear Algebra 37, Vector Projection

Linear Algebra 36, Angle Between Vectors

Linear Algebra 36, Angle Between Vectors

Linear Algebra 35, Properties of Vectors Distance, proof

Linear Algebra 35, Properties of Vectors Distance, proof

Linear Algebra 33, Vector Distance

Linear Algebra 33, Vector Distance

Linear Algebra 34, Vectors Distance, examples

Linear Algebra 34, Vectors Distance, examples

Fundamental Theorem of Finite Abelian Groups, Proof 4

Fundamental Theorem of Finite Abelian Groups, Proof 4

Fundamental Theorem of Finite Abelian Groups, Proof 3

Fundamental Theorem of Finite Abelian Groups, Proof 3

Fundamental Theorem of Finite Abelian Groups, Proof 2

Fundamental Theorem of Finite Abelian Groups, Proof 2

Fundamental Theorem of Finite Abelian Groups, Proof 1

Fundamental Theorem of Finite Abelian Groups, Proof 1

The order of ab and ba are the same in any Finite Group, Proof

The order of ab and ba are the same in any Finite Group, Proof

Group Automorphism

Group Automorphism

Linear Algebra 32, Properties of Norms in Vector Spaces

Linear Algebra 32, Properties of Norms in Vector Spaces

Linear Algebra 31, Minkowsky Inequality, Triangular Inequality Proof

Linear Algebra 31, Minkowsky Inequality, Triangular Inequality Proof

Linear Algebra 30, Proof for Cauchy-Schwarz Inequality

Linear Algebra 30, Proof for Cauchy-Schwarz Inequality

Linear Algebra 27, Norm of a Vector, examples

Linear Algebra 27, Norm of a Vector, examples

Linear Algebra 26, Norm of a Vector

Linear Algebra 26, Norm of a Vector

Linear Algebra 28, Unit Vector

Linear Algebra 28, Unit Vector

Linear Algebra 29, Unit Vector, examples, Normalizing a Vector

Linear Algebra 29, Unit Vector, examples, Normalizing a Vector

Linear Algebra 24, Dot Product as a Linear Operator 1

Linear Algebra 24, Dot Product as a Linear Operator 1

Linear Algebra 25, Dot Product as a Linear Operator 1 Proof

Linear Algebra 25, Dot Product as a Linear Operator 1 Proof

Linear Algebra 23, Dot Product, Severals vectors proofs

Linear Algebra 23, Dot Product, Severals vectors proofs

Linear Algebra 22, Dot Product, Proof for adding and multiplication of vectors

Linear Algebra 22, Dot Product, Proof for adding and multiplication of vectors

Linear Algebra 20, Dot Product examples

Linear Algebra 20, Dot Product examples

Linear Algebra 21, Dot Product, adding and multiplication of vectors

Linear Algebra 21, Dot Product, adding and multiplication of vectors

Linear Algebra 19, Dot product, Inner product

Linear Algebra 19, Dot product, Inner product

Linear Algebra 16, Summation Notation 2

Linear Algebra 16, Summation Notation 2

Linear Algebra 18, Summation Notation is Linear

Linear Algebra 18, Summation Notation is Linear

Linear Algebra 17, Summation Notation 3

Linear Algebra 17, Summation Notation 3

Linear Algebra 15, Summation Notation 1

Linear Algebra 15, Summation Notation 1

Linear Algebra 14, vector product by one and vector product by zero, proof

Linear Algebra 14, vector product by one and vector product by zero, proof

Representation Theory 32

Representation Theory 32

Representation Theory 31

Representation Theory 31

Representation Theory 30

Representation Theory 30

Representation Theory 29

Representation Theory 29

Representation Theory 28

Representation Theory 28

Representation Theory 27

Representation Theory 27

Linear Algebra 13, Proof for the product of scalars and vectors

Linear Algebra 13, Proof for the product of scalars and vectors

Linear Algebra 12, Proof for the distributivity of scalars and vectors

Linear Algebra 12, Proof for the distributivity of scalars and vectors

Linear Algebra 11, Proof for the commutativity of vector addition

Linear Algebra 11, Proof for the commutativity of vector addition

Linear Algebra 11, Proof of adding a vector and the null vector

Linear Algebra 11, Proof of adding a vector and the null vector

Linear Algebra 10, Proof of associativity of addition of vectors

Linear Algebra 10, Proof of associativity of addition of vectors

Linear Algebra 9, Linear Combination of Vectors, examples 2

Linear Algebra 9, Linear Combination of Vectors, examples 2

Linear Algebra 8, Linear Combination of Vectors, examples

Linear Algebra 8, Linear Combination of Vectors, examples

Linear Algebra 7, Linear Combination of Vectors

Linear Algebra 7, Linear Combination of Vectors

Linear Algebra 6, Subtracting vectors

Linear Algebra 6, Subtracting vectors