A large grocery store chain is preparing the weekly schedule for its front-end cashiers. To maintain smoothoperations and minimize wait times, management has determined the following staffing requirements per day:Monday 8, Tuesday 7, Wednesday 9, Thursday 6, Friday 10, Saturday 12, and Sunday 11. Eachcashier must work 5 consecutive days and receive 2 consecutive days off in a 7-day week. The store operates everyday, and management wants to schedule the minimum number of cashiers necessary to meet these daily staffingneeds using a cyclical scheduling approach. Determine an efficient shift pattern that satisfies all constraints.N large grocery atore chain is peoparing the weekly schodule for its from-end cashiers. To maintain smooth operations and minimize wait times, manapement has determinod the following staffing requirements per day: Mondry -8. Teesday -7, Wednesday -9. Tharslay -6. Friday -10. Sarueday -12, and Sanday -11. Each cashier must woek 5 consecutive days and receive 2 consecutive days eff in a 7-day week. The store operates every day, and masapement warts to schedule the minimum nember of eashiers necessary to meet these daily staffing needs using a cyclical scheduling appreach. Dotormine an efficiems shift pattern that subsfies all constraintyl