Mathematical visualizations and animations [2015/12] [eng]

Ikastaroaren edukia

• 

  Orokorra

  • Lan hau argitaratzen da Creative Commons License litzentziapean.

  • Mathematical visualizations and animations [2015/12] [eng] Autorship: Alberdi Celaya, Elisabete Eguia Ribero, Isabel González Gómez, Mª Josefa UPV/EHU

• 

  Gaia 1

  SYLLABUS

  • In this guide the subject "Mathematical Visualizations and Animations" is presented. The competences that the students will acquire and the topics that conform the subject are included.
  • Subject guide Fitxategia
• 

  Gaia 2

  LECTURE MATERIALS

  • In this section you will find the theory of the subject, the different instructions to do graphical representations, some examples and some animations. In order to visualize the animations of lesson 8, it is necessary to have installed the software Mathematica. For this reason, the files of this lesson are presented in two different formats: in .pdf format and in .nb format (being the latter the format that corresponds to Mathematica files).

  • Lesson1: First steps with Mathematica Fitxategia
  • Lesson2: Representation of curves in explicit form Fitxategia
  • Lesson3: Representation of curves in implicit form Fitxategia
  • Lesson4: Representation of curves in parametric form Fitxategia
  • Lesson5: Representation of curves in polar coordinates Fitxategia
  • Lesson 6: Other representations in the plane Fitxategia
  • Lesson 7: Representation of functions of several variables Fitxategia
  • Lesson 8: Animation of graphs (.nb) Fitxategia
  • Lesson 8: Animation of graphs (.pdf) Fitxategia
  • Lesson 9: Graphical representation of surfaces Fitxategia
  • Lesson 10: Vector fields Fitxategia
• 

  Gaia 3

  READINGS
• 

  Gaia 4

  OTHER RESOURCES
• 

  Gaia 5

  ASSIGNMENTS

  • In this section you will find a set of practice exercises and the steps that you have to follow to solve them. In order to visualize the animations of lesson 8, it is necessary to have installed the software Mathematica. For this reason, the files of this lesson are presented in two different formats: in .pdf format and in .nb format (being the latter the format that corresponds to Mathematica files).

  • Practice1: First steps with Mathematica Fitxategia
  • Practice2: Representation of curves in explicit form Fitxategia
  • Practice3: Representation of curves in implicit form Fitxategia
  • Practice4: Representation of curves in parametric form Fitxategia
  • Practice5: Representation of curves in polar coordinates Fitxategia
  • Practice 6: Other representations in the plane Fitxategia
  • Practice 7: Representation of functions of several variables Fitxategia
  • Practice 8: Animation of graphs (.nb) Fitxategia
  • Practice 8: Animation of graphs (.pdf) Fitxategia
  • Practice 9: Graphical representation of surfaces Fitxategia
  • Practice 10: Vector fields Fitxategia
• 

  Gaia 6

  SELF-EVALUATION

  • In this section you will find some self-assessment exercises. In order to visualize the animations, it is necessary to have installed the software Mathematica. For this reason, the files are presented in two different formats: in .pdf format and in .nb format (being the latter the format that corresponds to Mathematica files).
  • Self-assessment (.nb) Fitxategia
  • Self-assessment (.pdf) Fitxategia
• 

  Gaia 7

  TEACHERS

  • - Elisabete Alberdi Celaya. Department of Applied Mathematics. University College of Technical Mining and Civil Engineering, UPV/EHU.
    - Mª Isabel Eguia Ribero. Department of Applied Mathematics. University College of Technical Mining and Civil Engineering, UPV/EHU.
    - Mª Josefa González Gómez. Department of Applied Mathematics. University College of Technical Mining and Civil Engineering, UPV/EHU.
• 

  Gaia 8

  REFERENCES

  • Basic bibliography for the subject
  • References Fitxategia
  • Other resources and readings
  • Other resources and readings Fitxategia