h=

v =

Gesamtenergie der ISS

km

\frac{km}{h}

m=

kg

m: (450 * 10^(3))
G: (6.67 * 10^(-11))
M: (6 * 10^(24))
v: 27575
R: 6370
h: 420
E_{kin}: ((0.5 / 10000000000000 * m) * (v / 3.6)^(2))
E_{pot}: (((-G) * M) * m / ((((R + h) * 1000) * 10000000000000)))
Eingabefeld1 = Textfield(h)
Eingabefeld2 = Textfield(v)
E_g: E_{kin} + E_{pot}
Text1: "E_g = E_{kin} + E_{pot} = " + (LaTeX[E_{kin}]) + " · 10^{13} " + (LaTeX[E_{pot}]) + "· 10^{13}  J
 \; \\
E_g = " + (LaTeX[E_g]) + "· 10^{13}  J"
A = (2.6450232617408034, 0.8756794767196503)
B = (56.74634612429036, 0.8436194335418445)
Eingabefeld3 = Textfield(m)
Text6: "E_{kin}=\frac{1}{2}mv^{2}=" + (LaTeX[E_{kin}]) + "· 10^{13}  J"
Text7: "E_{pot}=-\frac{G M m}{R+h}=" + (LaTeX[E_{pot}]) + "· 10^{13}  J"