A pooled $5$ server single line queuing system is split up into five separate lines, one line each for each of the $5$ servers. The average demand arrival rate for each server is $14$ customers$/$hr in the single server single line system, while the average service rate $=20$ customers$/$hr$/$per server.

By how much would the average number of customers in line $($per line$)$ change by going from a multi$-$server single line to single server$-$single lines? $($Use Table $-$ pick the closest answer $-$ decimals allowed$).$

Hint: Find out the # of cust in line for the multi$-$server single line and then compare it to the # of customer in line for the single server$-$single line setup. Note the difference $($if any$).$

$1\mathrm{.}43$ fewer cust in line in the single server single line setup, compared to the multi$-$server single line setup

$0\mathrm{.}78$ more cust in line in the single server single line setup, compared to the multi$-$server single line setup

Same # of cust in line in the single server single line setup as in the multi$-$server single line setup

$4\mathrm{.}82$ fewer cust in line in the single server single line setup, compared to the multi$-$server single line setup