PAIMA I Analysis if you know that the production line at PALM is designed to operate...

    

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※ PAIMA I Analysis if you know that the production line at PALM is designed to operate 10 hours a day. In addition, across the whole year, there will be no existence for days off per week but actually the factory of PALMA will be closed for the last three days of each month for the year 2024 whose numbers of days will be 360 days. PALMA has a production line that was designed to produce 5 pieces per Hour. However, the workers at this Factory do not work for the full 10 hours per day and they take four half an hour break every two & the first hour is spent for setting up the required tools & equipment In addition, you as an operations specialist, advised them to lose an hour to spare some parts of the machine generating Croissants. For your concem, the factory usually produces 9,000 pieces of Laptop Sleeves per year. Now you have to compute the planned capacity levels as follows: (a) Designed Capacity level. (b) Effective capacity level. (c) Efficiency ratio. (d) Utilization ratio BII ※ PAIMA I Analysis if you know that the production line at PALM is designed to operate 10 hours a day. In addition, across the whole year, there will be no existence for days off per week but actually the factory of PALMA will be closed for the last three days of each month for the year 2024 whose numbers of days will be 360 days. PALMA has a production line that was designed to produce 5 pieces per Hour. However, the workers at this Factory do not work for the full 10 hours per day and they take four half an hour break every two & the first hour is spent for setting up the required tools & equipment In addition, you as an operations specialist, advised them to lose an hour to spare some parts of the machine generating Croissants. For your concem, the factory usually produces 9,000 pieces of Laptop Sleeves per year. Now you have to compute the planned capacity levels as follows: (a) Designed Capacity level. (b) Effective capacity level. (c) Efficiency ratio. (d) Utilization ratio BII ※ PAIMA I Analysis if you know that the production line at PALM is designed to operate 10 hours a day. In addition, across the whole year, there will be no existence for days off per week but actually the factory of PALMA will be closed for the last three days of each month for the year 2024 whose numbers of days will be 360 days. PALMA has a production line that was designed to produce 5 pieces per Hour. However, the workers at this Factory do not work for the full 10 hours per day and they take four half an hour break every two & the first hour is spent for setting up the required tools & equipment In addition, you as an operations specialist, advised them to lose an hour to spare some parts of the machine generating Croissants. For your concem, the factory usually produces 9,000 pieces of Laptop Sleeves per year. Now you have to compute the planned capacity levels as follows: (a) Designed Capacity level. (b) Effective capacity level. (c) Efficiency ratio. (d) Utilization ratio BII ※ PAIMA I Analysis if you know that the production line at PALM is designed to operate 10 hours a day. In addition, across the whole year, there will be no existence for days off per week but actually the factory of PALMA will be closed for the last three days of each month for the year 2024 whose numbers of days will be 360 days. PALMA has a production line that was designed to produce 5 pieces per Hour. However, the workers at this Factory do not work for the full 10 hours per day and they take four half an hour break every two & the first hour is spent for setting up the required tools & equipment In addition, you as an operations specialist, advised them to lose an hour to spare some parts of the machine generating Croissants. For your concem, the factory usually produces 9,000 pieces of Laptop Sleeves per year. Now you have to compute the planned capacity levels as follows: (a) Designed Capacity level. (b) Effective capacity level. (c) Efficiency ratio. (d) Utilization ratio BII