Management In A Manufacturing Company

The optimal number of crate per production run for Mountain dew drink
A = 1,1,00000               C. = 1000              S =1200
D= 980                        P = 1249                   H = 15%

This indicate that 47 bout 113616 bottles of mountain dew drink should be produced per production.
4.6     Calculation of optimal number of runs per year and time between successive runs
        The optimal numbers of runs per year and time between successive runs for the selected products of the company can be computed using the formular
    Assuming that optimal number of runs N then = AIQ
Where A = Annual sales
           Q = optimal number of crate per production am
b. Assuming that time between successive runs is time. The company operates a 260 calendar working days in a year then T
   =260/N
 Where N = number of runs
Tbe optimal number of runs per year and time between successive runs for production of Mirinda orange drink
 a.   A = 215000          Q = 11663 crates
N=215000/11663          (=18434)/(=184 run/year)
The result implies that mirinda orange drink should he processed in 184 runs in a year.
 b.    N = number of runs
  T=  2601184=1.4   1day
It means that each runs should be scheduled r evely working day of the year.
The optimal numbers of runs per year out are between successive runs for production of Pepsi drinks.
 a.    A =1160200          Q =8077 crate
 N =  1160200/8077                     = 143.6 run/year
     = 144 run/year
This result implies Pepsi drink should be processed in 144 runs in a year
 b.   N = number of runs
 T=260/170              1.5=2days
It means that each run should be scheduled for eveiy 2 working day of the year.
4.73 The optimal numbers of runs per year time between successive runs for production of seven up drinks.
 a.  A = 185000                Q = 6963 crate
 N =185000/6963                    = 170.1 run/year
                              = 170 run/year
This result implies Pepsi drink should be processed in 170 runs in a year
 b.  N= number of runs
 T=  260/170               1.5=2days
It means that each run should be scheduled for eveiy 2 woiicing day of the year.
The optimal numbers of runs per year out are between successive runs for production of fruity drinks.
 a.    A= 850 000          Q = 10052 crates
 N=85000/10052                      = 84.5 run/year
                                     = 85 run/year