d$)$ Convert the following numbers. In each case show how you arrive at your answer.

i$)5278$ to binary

ii$),{1101011000111010}_2$ to hexadecimal

iii$),526\mathrm{.}378$ to hexadecimal

iv$)(731\mathrm{.}32)$ radix $10$ to radix $16$ equivalent

v$){59\mathrm{.}72}_{10}$ to $BCD$

e$)$ Show an algebraic expression for $g$ in the Figure $4$ below and then simplify it by us Boolean algebra