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Display information for equation id:math.2134.66 on revision:2134

* Page found: Wellenoptik und Beugung (eq math.2134.66)

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Hash: c406e6afda70892ab7eb9a871359b33c

TeX (original user input): 

I(x,y)=|O|{}^\text{2}\ +\ |R|{}^\text{2}\ +2RO\cos [{{\varphi }_{R}}(x,y)-{{\varphi }_{O}}(x,y)]

TeX (checked): 

I(x,y)=|O|{}^{\text{2}}\ +\ |R|{}^{\text{2}}\ +2RO\cos[{{\varphi }_{R}}(x,y)-{{\varphi }_{O}}(x,y)]

LaTeXML (experimental; uses MathML) rendering

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I ( x , y ) = | O | + 2 | R | + 2 2 R O cos [ φ R ( x , y ) - φ O ( x , y ) ] fragments I fragments ( x , y ) | O | superscript 2 | R | superscript 2 2 R O fragments [ subscript 𝜑 𝑅 fragments ( x , y ) subscript 𝜑 𝑂 fragments ( x , y ) ] {\displaystyle{\displaystyle I(x,y)=|O|{}^{\text{2}}\ +\ |R|{}^{\text{2}}\ +2% RO\cos[{{\varphi}_{R}}(x,y)-{{\varphi}_{O}}(x,y)]}} 
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SVG (0 B / 8 B) :


SVG (MathML can be enabled via browser plugin) rendering

MathML (2.569 KB / 521 B) :

I ( x , y ) = | O | 2   +   | R | 2   + 2 R O cos ⁡ [ φ R ( x , y ) − φ O ( x , y ) ] {\displaystyle I(x,y)=|O|{}^{\text{2}}\ +\ |R|{}^{\text{2}}\ +2RO\cos[{{\varphi }_{R}}(x,y)-{{\varphi }_{O}}(x,y)]} 
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SVG (10.308 KB / 4.088 KB) :

{\displaystyle I(x,y)=|O|{}^{\text{2}}\ +\ |R|{}^{\text{2}}\ +2RO\cos[{{\varphi }_{R}}(x,y)-{{\varphi }_{O}}(x,y)]}

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