• Add Error Bars to Charts and Plots—Wolfram Language Documentation
  Plots of data based on measurements often have vertical lines or intervals centered at the points to indicate the associated error estimates. The Wolfram Language lets you add such error bars to charts and plots in two different ways.
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• APAM 1601 Site Info
  with algebra computer matematický mathematica poítae software symbolické výpoty
• Automating xkcd Diagrams: Transforming Serious to Funny « Wolfram Blog
  News, views and ideas from the front lines at Wolfram Research.
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• Computation in Classical Mechanics
  with algebra computer matematický mathematica poítae software symbolické výpoty
• Databáze legionářů a padlých během 1. sv. války
  with algebra computer matematický mathematica poítae software symbolické výpoty
• Fit Models with Measurement Errors—Wolfram Language Documentation
  Particularly in the physical sciences, it is common to use measurement errors as weights to incorporate measured variation into the fitting. Weights have a relative effect on the parameter estimates, but an error variance still needs to be estimated in weighted regression, and this impacts error estimates for results. The VarianceEstimatorFunction and Weights options to LinearModelFit and NonlinearModelFit can be used to get the desired results when weights are from measurement errors.
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• graph_short.dvi
  graph_short.pdf
  with algebra computer matematický mathematica poítae software symbolické výpoty
• Home - IC2Cloud
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• Informace pro studenty
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• Introductory Workshop Tutorials Using Examples from Physics -- from Wolfram Library Archive
  This is a set of 17 interactive notebooks that have been used in an introductory workshop on Mathematica for physicists and oriented toward the notebook front end on the Macintosh and NeXTStep platforms. The example notebooks are structured around a sequence of simple physics problems that require various Mathematica skills to solve. Two different workshop approaches have been used: (1) the participants have gone through the notebooks together as a group, with continual discussion lead by the instructor, and (2) the participants have worked individually, with the instructor circulating about to respond to individual questions.
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• Mathematica for Physics, Second Edition -- from Wolfram Library Archive
  This revised and updated book is intended for undergraduates, graduate students, and practicing physicists who want to learn new Mathematica techniques for solving a general class of physics problems. The experimental activities included are designed to deepen and broaden the reader's understanding of physics. The book assumes some familiarity with Mathematica, but the focus is on physics rather than on rudimentary Mathematica techniques.
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• Mathematica Resources
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• Mathematica: The Way the World Calculates
  Mathematica is a fully integrated environment for technical and scientific computing. Mathematica combines numerical and symbolic computation, visualization, and programming in a single, flexible interactive system.
  Mathematica--uniquely powerful, automated computation system providing a complete workflow. Move seamlessly from ideas to deployed solutions.
  4.1 6.0.2 6.0.3 6.02 6.03 7.0 8.0 8.0.1 answers current help how latest math mathematica maths number overview solve sy version
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• Numerical Methods--Euler's Method
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• Physics Simulations with Mathematica
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• Physics with Mathematica
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• plotting
  xkcd-style graphs - Mathematica
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• plotting
  Including error bars on graph in Mathematica - Mathematica Stack Exchange
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• Vítejte v Elkanu
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