A Series of Two-Point Crosses Among Fruit Flies Is Carried

A series of two-point crosses among fruit flies is carried out between genes for brown eyes (bw) , arc wings (a) , vestigial wings (vg) , ebony body color (e) , and curved wings (cv) . The following number of nonrecombinant and recombinant progeny were obtained from each cross: $$\begin{array} { | l l | l | } \hline \text { Genes in cross } & \text { Progeny (NR) } & \text { Progeny (R) } \\\hline a , b w & 2224 & 117 \\\hline a , c v & 2609 & 823 \\\hline a , e & 3200 & 3200 \\\hline a , v g & 5172 & 2379 \\\hline b w , c v & 4614 & 1706 \\\hline b w , e & 4150 & 4150 \\b w , v g & 2796 & 1434 \\c v , e & 3116 & 3116 \\c v , v g & 2102 & 305 \\v g ~ e & 4559 & 4559 \\\hline\end{array}$$ Using these data from two-point crosses, what it the best genetic map (in m.u.) that can be developed?

A) cv 5 bw 13 a 34 vg with e assorting independently
B) bw 5 cv 24 vg 32 a with e assorting independently
C) a 5 bw 13 vg 24 e with vg assorting independently
D) cv 13 bw 5 a 27 vg with e assorting independently
E) bw 5 a 24 cv 13 vg with e assorting independently