Given that

wt AABBDD

m$1$ a$1$a$1$BBDD

m$2$ AAb$1$b$1$DD

m$3$ a$2$a$2$b$2$b$2$DD

m$4$ AABBd$1$d$1$

m$5$ AABBd$2$d$2$

M$6($can$\text{'}$t tell Is the correct gene sequence for m$6$ due to the dominance it has over wild type so keep m$6$ as can't tell$)$

answer these questions

Given the results in the table, which of the listed options is the best likely

hypothesis about the expected ratio of green to red in the F$2$ from a mating of

F$1$ kids from the cross of Mutant $2$ to Mutant $6?$

A$.0$:$4$

B$.1$:$1$

C$.13$:$3$

D$.4$:$0$

E$.15$:$1$

$6.$ Given the results in the table, which of the listed options is the best likely

hypothesis about the expected ratio of green to red in the F$2$ from a mating of

F$1$ kids from the cross of Mutant $4$ to Mutant $1?$

A$\mathrm{.}7$:$9$

B$.6$:$10$

C$.3$:$1$

D$.37$:$27$

E$.1$:$0$