In \(\Delta ABC\), \(D\), \(E\), \(F\) are such that \(B - D - C\), \(C - E - A\), \(A - F - B\). \(\overline{AD}\), \(\overline{BE}\), \(\overline{CF}\) are concurrent at \(P\) which is in the interior of \(\Delta ABC\). Ray \(FE\) intersects ray \(BC\) at \(N\). \(\overline{AD}\) intersects \(\overline{FE}\) at \(M\). Given \(FM = 3\), \(ME = 2\) find \(NE\).
Can anyone give me a trigonometric solution for this?
This is part of the set Trigonometry.
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2^{34}
a_{i-1}
\frac{2}{3}
\sqrt{2}
\sum_{i=1}^3
\sin \theta
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Can you tell me how you got the solution?