Expression 10: theta Subscript, 1 , Baseline equals left bracket, tan left parenthesis, beta minus tan to the negative 1st power StartFraction, "r" Over alpha , EndFraction , right parenthesis , tan left parenthesis, beta plus tan to the negative 1st power StartFraction, "r" Over alpha , EndFraction , right parenthesis , right bracketθ1=tanβ−tan−1rα,tanβ+tan−1rα
equals=
negative 2.0 8 9 7 8 9 0 5 1 7 8−2.08978905178
0.5 8 2 5 4 2 6 7 4 9 70.58254267497
10
Expression 11: alpha equals StartRoot, "x" squared plus "y" squared minus "r" squared , EndRootα=x20+y20−r2
equals=
2.3 0 4 8 8 6 1 1 4 3 22.30488611432
11
Expression 12: beta equals tangent to the negative 1st power StartFraction, "y" Subscript, 0 , Baseline Over "x" Subscript, 0 , Baseline , EndFractionβ=tan−1y0x0
equals=
negative 0.2 9 8 4 9 8 9 3 1 5 8 6−0.298498931586
12
Punkt
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13
`\textcolor{black}{\left(\ x_0\ ;\ y_0\ \right) = (\ ${x0}\ ;\ ${y0}\ )}` left parenthesis, "x" Subscript, 0 , Baseline , "y" Subscript, 0 , Baseline , right parenthesisx0,y0
Label:
equals=
left parenthesis, negative 3.2 5 , 1 , right parenthesis−3.25,1
14
15
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Start black, left parenthesis, "x" Subscript, 0 , Baseline ; "y" Subscript, 0 , Baseline , right parenthesis equals ( negative 3.2 5 ; 1 ) End blackx0;y0=(−3.25;1)