-
U_{quad}=U+V\cdot\mbox{cos}\omega t
-
test
-
a=\frac{8\cdot Q\cdot U}{m\cdot r_0^2\cdot\omega^2}
-
q=\frac{4\cdot Q\cdot V}{m\cdot r_0^2\cdot\omega^2}
-
test
-
U_{p}=k_{u}\cdot M\cdot r_0^2\cdot f^2
-
V_{p}=k_{v}\cdot M\cdot r_0^2\cdot f^2
-
M>\frac{k_{H}\cdot V}{r_0^2\cdot f^2}
-
N_{HF}\approx\frac{C}{Q}\cdot M^2\cdot f^5\cdot r_0^4
-
U= 1.2122 · 10-8
\frac{\mbox{kg}}{\mbox{A}\cdot\mbox{s}}\cdot M\cdot r_0^2\cdot f^2
-
V= 7.2226 · 10-8
\frac{\mbox{kg}}{\mbox{A}\cdot\mbox{s}}\cdot M\cdot r_0^2\cdot f^2
-
\frac{dM}{M}=\frac{2\cdot\delta r_0}{r_0}
-
test
-
test
-
I_{K+}=i_{\bar{}}\cdot I_{e}\cdot s\cdot p_{K}
-
test
-
test
-
test
-
test
-
test
-
test
-
test
-
test
-sev_news_article_767x430.webp?rev=102080)
-
test
-sev_news_article_1200x675.webp?rev=102080)
-
test
-
test
-
test
