The following production data were taken from the records of the Finishing Department for July:Inventory in process, June 1, 30%
1 answer:
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Based on the distance between locations, the total distance moved in the week will be<u> 6,700 meters. </u>
<h3>Distance between the departments </h3>Assuming that Departments X, Y and Z are in areas I, II and III respectively. The following will be true:
- Department X is located 10 meters from Y but 20 meters from Z.
- Department Y is located 10 meters from Z.
This can be found by multiplying the loads carried across departments by the distance between the locations of these departments.
= ( (Loads from X to Y x distance of X and Y) + (Loads from X to Z x Distance of X and Z)) + ( (Loads from Y to X x distance of X and Y) + (Loads from Y to Z x Distance of Y and Z)) + ( (Loads from Z to Y x distance of Z and X) + (Loads from Z to Y x Distance of Y and Z))
= ( (0 x 10) + 80 x 20)) + ( (30 x 10) + (150 x 10) ) + ( (100 x 20) + 130 x 10) )
= 1,600 + 1,800 + 3,300
= 6,700 meters
In conclusion, the total distance would be 6,700 meters.
Find out more on minimizing costs at brainly.com/question/1380316.
Answer:
Ice cream after price reduction costs $ 2.5
Explanation:
Because to know the value of the price to be discounted we must know how much 17% is equivalent, we find out that value with a simple three rule like that;
100% --> $ 2.99
17% ---> X
then we find the value of X;
17 × 2.99 = 100 × X
= X
0.5083 = X (this is the value to be discounted)
so we subtract this from the value before reduction
2.99 - 0.5083 = 2.5
So we have the ice cream after reducing the price by 17%, it will cost $ 2.5