A$,$B$,$ and C in the following temperature

ranges when they are cooled from $1000\backslash$deg C very slowly $($equilibrium cooling$).$ Identify all phases

in the microstructures. Comment on the mechanical properties of the resultant alloy as well its

constituent phases. Please be concise. For alloy A: T $=1000\backslash$deg C$,$T$\_($A$)>$T$>727\backslash$deg C and T$=600\backslash$deg C; for

alloy B: T$=728\backslash$deg C$,$T$=727\backslash$deg C and T$=725\backslash$deg C; and for alloy C:T$=1000\backslash$deg C$,$TC$>$T$>727\backslash$deg C and

T$=600\backslash$deg C$0\mathrm{.}77$wt$\%$

C if you needed high abrasion resistance and good strength in compression? Justify your answer

by taking microstructural considerations into account.