Course: LaTeX 001 - Einführung

\(\huge\text{Nützliche Symbole}\)

.

\(\mathcal{X}\)        \(\longleftarrow \quad\) \mathcal{X}
\(\times\)        \(\longleftarrow \quad\) \times
\(3^2 \)       \(\longleftarrow \quad \) 3^2
\(\sqrt{\gamma}\)     \(\longleftarrow \quad \) \sqrt{\gamma}
\(\sqrt[n]{\gamma}\)     \(\longleftarrow \quad \) \sqrt[n]{\gamma} (Achtung: Klammerformen beachten!)
\(\frac{n}{m} \)       \(\longleftarrow \quad \) \frac{n}{m}

\(1,2,3,\dots \)     \(\quad \longleftarrow \quad \) 1,2,3,\dots
\(\pi \approx 3,1415 \quad \longleftarrow \quad \) \pi \approx 3,1415

\(\angle \ \alpha \)          \(\qquad\quad \longleftarrow \quad \) \angle \ \alpha
\(\measuredangle : ABC\)         \(\quad\longleftarrow \quad \) \measuredangle\ :\ ABC
\(\sphericalangle : ABC\)         \(\quad\longleftarrow \quad \) \sphericalangle\ :\ ABC
\(\sin(\alpha), \cos(\beta)\quad \longleftarrow \quad \) \sin(\alpha), \cos(\beta)

    \(\frac{2}{5}  \quad\ \longleftarrow \quad\)   \frac{2}{5}
\(\left( \frac{\frac{3}{2}}{7} \right) \quad \longleftarrow \quad \) \left( \frac{\frac{3}{2}}{7} \right)
  (\(\frac{\frac{3}{2}}{7})             \quad \longleftarrow \quad \)  (\frac{\frac{3}{2}}{7})

\(\mathbb{N}, \mathbb{Z}, \mathbb{Q}, \mathbb{R}, \mathbb{P} \)       \(\quad \longleftarrow \quad \) \mathbb{N}, \mathbb{Z}, \mathbb{Q}, \mathbb{R}, \mathbb{P}
\(<, \leq, \nless, >, \geq, \ngtr \)    \(\longleftarrow \quad  \) <, \leq, \nless, >, \geq, \ngtr  (Achtung: Abstände!)

\(\large O_{Pyramide} = \overbrace{a^2}^{=G} + \overbrace{4 \ \frac{a \ h_a}{2}}^{=M}\)     \(\quad \longleftarrow \quad \) \large O_{Pyramide} = \overbrace{a^2}^{=G} + \overbrace{4 \ \frac{a \ h_a}{2}}^{=M}

\(\large O_{Quader} = \underbrace{2\cdot a \cdot b}_{=unten, oben}\ +\ \underbrace{2\cdot a \cdot h}_{=vorne, hinten}\ + \ \underbrace{2\cdot b \cdot h}_{=rechts, links}\)     \(\quad \longleftarrow\)

\(\quad \longleftarrow \quad \) \large O_{Quader} = \underbrace{2\cdot a \cdot b}_{=unten, oben}\ +\ \underbrace{2\cdot a \cdot h}_{=vorne, hinten}\ + \ \underbrace{2\cdot b \cdot h}_{=rechts, links}

\(\mathcal{L} = \{ x \in \mathbb{N} \ | \ 3 \leq x < 10 \}\)   \(\quad \longleftarrow \quad \) \mathcal{L} = \{ x \in \mathbb{N} \ | \ 3 \leq x < 10 \}
\(\mathcal{L} = \Big\{ x \in \mathbb{N} \ | \ 3 \leq x < \frac{15}{2} \Big\}\quad \longleftarrow \quad \) \mathcal{L} = \Big\{ x \in \mathbb{N} \ | \ 3 \leq x < \frac{15}{2} \Big\}