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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>


There was a young lady from Riga,
There was a young lady from Riga,
who smiled as she rode on a tiger.
who smiled as she rode on a tiger.
  They returned from the ride
 
  with the lady inside
they returned from the ride
 
with the lady inside
 
and the smile on the face of the tiger.
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


[[Image:Example.jpg]]
This is a sentence.


[[Media:VL-Algorithmen-und-Datenstrukturen-ss08-Overview.pdf|Überblick]]
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!