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<math>f(x)=\sqrt{x}</math>
Formel:
<math>
\Delta L_{sum} = \frac{\sqrt{L_R^4 \cdot \Delta L_B^2 + L_B^4 \cdot \Delta L_R^2}}{(L_B + L_R)^2}
</math>
---
<math>f(x)=\sqrt[4]{x}</math>


<math>f(x)=\sqrt[3]{x}</math>
<math>f(x)=\frac{y}{x}</math> <br/>
'''
hallo'''


<math>L_{iij}</math>


<math>
X_{ij} = x_i x_j
</math>


Ein Algorithmus ist eine Problemlösung in endlich vielen elementaren Schritten
There was a young lady from Riga,


who smiled as she rode on a tiger.


they returned from the ride


[[Image:Example.jpg]]
with the lady inside


[[Media:VL-Algorithmen-und-Datenstrukturen-ss08-Overview.pdf|Überblick]]
and the smile on the face of the tiger.
 
{| border="1" cellspacing="0" cellpadding="9" align="center"
! hello
! is
|-  
| a
| table
|-
|}
          5
 
      /      \
 
    2          8
 
  /  \      /  \
 
1      4  7      9
 
This is a sentence.
 
This sentence is false.
And this one is unprovable!

Latest revision as of 09:29, 19 April 2012

Formel: <math> \Delta L_{sum} = \frac{\sqrt{L_R^4 \cdot \Delta L_B^2 + L_B^4 \cdot \Delta L_R^2}}{(L_B + L_R)^2} </math> --- <math>f(x)=\sqrt[4]{x}</math>

<math>f(x)=\frac{y}{x}</math>
hallo

<math>L_{iij}</math>

<math> X_{ij} = x_i x_j </math>

There was a young lady from Riga,

who smiled as she rode on a tiger.

they returned from the ride

with the lady inside

and the smile on the face of the tiger.

hello is
a table
         5
      /       \
    2           8
  /   \       /   \
1       4   7       9

This is a sentence.

This sentence is false. And this one is unprovable!