a$)$ Cl$2($aq$)+2$ Br$1($aq$)->2$ Cl$-($aq$)+$ Br$2($aq$)$

b$)$ Cl$2($aq$)+2$ I$1($aq$)->2$ Cl$-($aq$)+$ I$2($aq$)$

c$)$ Br$2($aq$)+2$ Cl$1($aq$)->2$ Br$-($aq$)+$ Cl$2($aq$)$

d$)$ Br$2($aq$)+2$ I$1($aq$)->2$ Br$-($aq$)+$ I$2($aq$)$

e$)$ I$2($aq$)+2$ Cl$1($aq$)->2$ I$-($aq$)+$ Cl$2($aq$)$

f$)$ I$2($aq$)+2$ Br$1($aq$)->2$ I$-($aq$)+$ Br$2($aq$)$

$6)$ Using your observations in Tables $2$ and $3$ you will determine which of the following $$reaction actually did occur in the test tubes. Table $2$ gives you the color of that halogen in hexane. Looking at the results of the halogen$/$halide mixtures, and noting the color in the upper, hexane layer of the mixtures, underline which diatomic halogen was present in each. What do I underline based on my results for a$-$fPart II $-$ Reactivity of Halogens

Table $3.$ Observations of Halogen$-$Halide Mixtures