Algebra Lineal

By eliecer arias florez
  • Mesopotamia and Babylon 2000-500 a.c
    1 BCE

    Mesopotamia and Babylon 2000-500 a.c

    Mathematics was dominated
    by arithmetic and geometric
    calculations.
  • Egypt 2000-500 a.c
    2

    Egypt 2000-500 a.c

    They developed a very elementary algebra that was useful in solving everyday problems.
  • Siglo III d.c
    3

    Siglo III d.c

    diophantus introduced a very elementary algebraic sign to desigmata the unknown within the equations
  • Siglo IX d.c
    4

    Siglo IX d.c

    AI-Khwarizmi his works were fundamental for the development of algebra
  • Siglo XII d.c
    5

    Siglo XII d.c

    Omar Khayyam showed how cube roots are expressed using the segments obtained by intersection of conic sections.
  • Siglo XVI d.c
    6

    Siglo XVI d.c

    Cristobal Rudolf introduced the square root symbol that we use today.
  • Siglo XVII d.c (1750)
    7

    Siglo XVII d.c (1750)

    Creamer developed his method of solving systems by means of determinants.
  • Siglo XVIII d.c (1799)
    8

    Siglo XVIII d.c (1799)

    Carl Friedrich Gauss published the proof that every polynomial equation has at least one root in the complex plane.
  • Siglo XVII d.c (1811)
    9

    Siglo XVII d.c (1811)

    Jean Robert Argand crea la representacion grafica del plano complejo, tambien conocida como plano de
    Argand
  • Siglo XIX d.c
    10

    Siglo XIX d.c

    Hermann Grassmann, can be considered the creator of linear algebra, defined concepts such as linear combination, linear independence, defined the first notions of subspace, dimension, among other concepts
  • Siglo XX d.c
    11

    Siglo XX d.c

    Cayley developed the concept of multiplication, which led to the development of matrices to represent the composition of applications (linear transformation).
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    Trabajo hecho por Eliecer Arias Florez y Yesid Mateo Sanchez Hincapiè

    .