Question

Fabric X has to go through three stages of manufacturing, viz., spinning, weaving and dyeing. In Rimal Fabric Company, there are six spinning machines, ten weaving machines and five dyeing machines. Each machine works for 10 hrs a day. One unit of Fabric X needs 40 minutes on a spinning machine, 2 hours on a weaving machine and 30 minutes on a dyeing machine in order to be completed. Similarly one unit of Fabric Y needs 60 minutes on a spinning machine, 30 minutes on a weaving machine and 60 minutes on a dyeing machine in order to be completed.




yeh table explain kardo plzzz

Answer 1

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Answer 2

Answer:

Step-by-step explanation:

Fabric X has to go through three stages of manufacturing, viz., spinning, weaving and dyeing. In Rimal Fabric Company, there are six spinning machines, ten weaving machines and five dyeing machines. Each machine works for 10 hrs a day. One unit of Fabric X needs 40 minutes on a spinning machine, 2 hours on a weaving machine and 30 minutes on a dyeing machine in order to be completed. Similarly one unit of Fabric Y needs 60 minutes on a spinning machine, 30 minutes on a weaving machine and 60 minutes on a dyeing machine in order to be completed.  

 

yeh table explain kardo plzzz

Table has below data

X     0.66 hr       2 hr         0.5 hr        time required per unit processed

Y     1 hr              0.5 hr      1 hr            time required per unit processed

      Spinning     Weaving  Dyeing    

C     60              100            50            Capacity Available

X needs 40 minutes on a spinning machine = (40/60) = 2/3 = 0.66 hr

X need   2 hours on a weaving machine = 2 hr

X need   30 Mins on a dyeing machine = 30/60  = 1/2 = 0.5 hr

Y needs 60 minutes on a spinning machine = (60/60) = 1 hr

Y need   30 hours on a weaving machine = 30/60  = 1/2 = 0.5 hr

Y need   60 Mins on a dyeing machine = (60/60) = 1 hr

Capacity per day = Number of opertaion output per day  = Number of Machines * No of hrs / (time require per unit processed)

No of Hrs = 10 hrs each

Spinning Machines vailable = 6

Capacity of X for Spinning = (6 * 10) /0.66 = 90

Capacity of Y for Spinning = (6 * 10) /1 = 60

Weaving Machines vailable = 10

Capacity of X for Weaving = (10 * 10) /2 = 50

Capacity of Y for Weaving = (10 * 10) /0.5 = 200

Dyeing Machines vailable = 5

Capacity of X for Weaving = (5 * 10) /0.5 = 100

Capacity of Y for Weaving = (5 * 10) /1 =  50