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Display information for equation id:math.1970.1 on revision:1970

* Page found: Der Satz von Liouville (eq math.1970.1)

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Hash: a90e713939d5245138e1f999c1eb15d8

TeX (original user input): 

\bar{x}\left( t,{{t}_{0}},{{{\bar{x}}}_{0}} \right)=:{{\bar{\Phi }}_{t,{{t}_{0}}}}({{\bar{x}}_{0}})

TeX (checked): 

{\bar {x}}\left(t,{{t}_{0}},{{\bar {x}}_{0}}\right)=:{{\bar {\Phi }}_{t,{{t}_{0}}}}({{\bar {x}}_{0}})

LaTeXML (experimental; uses MathML) rendering

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x ¯ ( t , t 0 , x ¯ 0 ) = : Φ ¯ t , t 0 ( x ¯ 0 ) fragments ¯ 𝑥 fragments ( t , subscript 𝑡 0 , subscript ¯ 𝑥 0 ) : subscript ¯ Φ 𝑡 subscript 𝑡 0 fragments ( subscript ¯ 𝑥 0 ) {\displaystyle{\displaystyle\bar{x}\left(t,{{t}_{0}},{{{\bar{x}}}_{0}}\right)=% :{{\bar{\Phi}}_{t,{{t}_{0}}}}({{\bar{x}}_{0}})}} 
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SVG (0 B / 8 B) :


MathML (experimental; no images) rendering

MathML (1.191 KB / 312 B) :

x¯(t,t0,x¯0)=:Φ¯t,t0(x¯0)
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Calculated based on the variables occurring on the entire Der Satz von Liouville page

Identifiers

  • x¯
  • t
  • t0
  • x¯0
  • Φ¯t,t0
  • x¯0

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