Difference between revisions of "Mathematics/Functions and diagrams (Q886)"
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(Changed [en] label: Mathematics/Functions and diagrams) | (Changed [nl] label: Wiskunde/Functies en diagrammen) | ||
| label / nl | label / nl | ||
| - | + | Wiskunde/Functies en diagrammen | |
Revision as of 20:54, 26 July 2024
read, understand, and interpret mathematical functions and their various graphical representations
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Mathematics/Functions and diagrams | read, understand, and interpret mathematical functions and their various graphical representations |
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functions, free and dependent variables (English)
can explain the information contained in a plot (English)
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two-dimensional plots of physical phenomena (English)
can read out specific datapoints in a plot (English)
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axis scaling and truncation (English)
can contextualize visual impression and produce correct read-outs when axes are scaled or truncated (English)
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linear and logarithmic scale (English)
can interpret trends and shapes (English)
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three-dimensional plots of physical phenomena (meshes and color plots) (English)
can explain the information contained in a plot; can read out specific datapoints in a plot; can interpret trends and shapes (English)
loudspeaker directivity plots (English)
sonograms (English)
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polar plots (English)
can explain the information contained in a plot; can read out specific datapoints in a plot; can interpret trends and shapes (English)
microphone directivity diagrams (English)
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SQQ7 - 1.1.2
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Reading and interpreting diagrams in various forms is a core skill for any sound engineer, to make sense of technical specifications. Many theoretical concepts in acoustics, electroacoustics and digital signal processing require function plots of some kind to be understood. (English)
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Das Lesen und Verstehen von Diagrammen verschiedener Art ist eine Kernkompetenz jedes Tontechnikers, um technische Datenblätter verstehen zu können. Viele Sachverhalte in den Bereichen Akustik, Elektroakustik und Digitale Dignalverarbeitung lassen sich nur mit Funktionsgraphen darstellen und verstehen. (German)
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