Expressão 11: "j" equals StartAbsoluteValue, left parenthesis, "l" minus 990 , right parenthesis , EndAbsoluteValuej=l−990
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Expressão 12: "x" squared plus "y" squared times 4 equals "g" squaredx2+y2·4=g2
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Expressão 13: left parenthesis, sin left parenthesis, StartFraction, left parenthesis, "a" minus 45 , right parenthesis times pi Over 180 , EndFraction , right parenthesis times "g" , StartFraction, cos left parenthesis, StartNestedFraction, left parenthesis, "a" minus 45 , right parenthesis times pi NestedOver 180 , EndNestedFraction , right parenthesis times "g" Over 2 , EndFraction , right parenthesis , left parenthesis, 0 , 0 , right parenthesissina−45·π180·g,cosa−45·π180·g2,0,0
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Expressão 14: "w" equals cosine left parenthesis, StartFraction, left parenthesis, 0 minus 45 , right parenthesis times pi Over 180 , EndFraction , right parenthesis times left parenthesis, 990 , right parenthesisw=cos0−45·π180·990
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Expressão 15: "v" equals cosine left parenthesis, StartFraction, left parenthesis, 0 minus 45 , right parenthesis times pi Over 180 , EndFraction , right parenthesis times left parenthesis, "g" , right parenthesisv=cos0−45·π180·g
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Expressão 16: "x" squared plus "y" squared equals "l" squaredx2+y2=l2
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Expressão 17: "B" equals StartRoot, ( sin left parenthesis, StartFraction, left parenthesis, "a" minus 45 , right parenthesis times pi Over 180 , EndFraction , right parenthesis times 45 ) squared plus ( 31.8 2 ) squared , EndRootB=(sina−45·π180·45)2+(31.82)2
