Lösung Element von

Version 7.1 von Dirk Tebbe am 2024/10/14 09:10

\(\mathbb{N}\)\(\mathbb{N}_0\)\(\mathbb{Z}^-\)\(\mathbb{Z}_+\)\(\mathbb{Z}\)\(\mathbb{Q}^-\)\(\mathbb{Q}^+\)\(\mathbb{Q}\)\(\mathbb{R}^-\)\(\mathbb{R}^+\)\(\mathbb{R}\)
 \(\frac{3}{4}\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)
 \(\frac{-4}{5}\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)
 \(-\frac{6}{5}\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)
 \(\frac{10}{2}=5\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)
 \(4\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\in\)\(\\)\(\times\)\(\times\)
 \(0\)\(\\)\(\times\)\(\\)\(\\)\(\times\)\(\\)\(\\)\(\times\)\(\\)\(\\)\(\times\)
 \(-6\)\(\\)\(\\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)
 \(\sqrt[4]{16}=2\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)
 \(\sqrt{4}=2\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)
 \(\sqrt{5}\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\times\)\(\times\)
 \((-3)^5=-243\)\(\\)\(\\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)
 \(3^{-1}=\frac{1}{3}\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)
 \((-2)^{-2}=\frac{1}{4}\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)
 \(tan 45^{o}=1\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)\(\\)\(\times\)\(\times\)