a$)(6$ points$)$ Calculate the size $($number of memory cells in KiloBytes $($ KiB $)$ of each memory chip.

b$)(6$ points$)$ How many address lines does each memory chip have?

RAM: $$0$ FFF $-$$$0000+1=$$$1000=4096$ cells $=4$KiB;$2^{12}=12$ address lines

EEPROM: $$5FFF$

ROM: $ FFFF $-$$$C000+1=$$$4000=16,384$ cells $=16$KiB;$2^{14}=14$ address lines

c$)(12$ points$)$ Come up with the Boolean equations for the CE $($Chip Enable$)$ lines for the RAM,

EEPORM, and ROM chips:

$C{E}_{\text{B}\text{A}\text{A}\text{M}}=E^{**}$

$C{E}_{\text{E}\text{E}\text{P}\text{R}\text{Q}\text{M}}=E^{**}$

CERQA $=E^{**}$ I just dont understand part c $($finding the Boolean equations$)$ like I need an in depth explanation