So total $5$ workers working for whole stations. First worker working on $1,2,3$ tasks, Second worker working on $4,5$ tasks. Third worker working on $6,7$ tasks. Fourth worker working on $8$th$.$ Last $5$th working workinh on $9,10,11$ stations. Time is given in diagram. Now first thing we need to focus on is: For thise setup what is the cycle time?

$1.$ Management wants to meet the demand efficiently. Use Longest processing time rule$-$ to balance the assembly line. Start calculating number of stations ans resolving ties by selecting the task with the higher number.

$2.$ Can the current setup meet the demand of assembling $54$ products per day with three $6-$hours shifts breaks?

Lastly $3.$ After finding a balanced assembly line setup, how can production be increased further?