Q$.3$ As a planning engineer in a telecommunication company, you have been assigned to

propose new Radio Base Stations $($RBS$)$ to provide mobile telephone coverage for a

new housing area of $1600$ square $km$ in Johor Bahru. In an ideal case, Hexagon cells as

shown in Figure Q$\mathrm{.}3($a$),$ have been chosen for the planning purposes.

$($a$)$ For $i=3,j=1($where i and $j$ are non$-$negative integers$)$;

$($i$)$ Locate the co$-$channel cells of cell A

$(3$ marks$)$

$($ii$)$ Shade the cells including cell $A$ to make it one cluster

$(2$ marks$)$

$($iii$)$ Determine the separation distance between centre of the co$-$channel cell

$(2$ marks$)$

$($iv$)$ Determine the co$-$channel reuse ratio $(Q)$

$(2$ marks$)$help