Answer:
Objective function (maximize)
Constraints
- Availabitily of salt: 
- Availability of herbs: 
- Availability of flour: 
Explanation:
This a linear programming problem. We have an objective function (in this case it is the profit) that we want to optimize, but complying with constraints (in this case, the availability of ingredients).
The objective function can be defined taking into account the profits of the two kind of chips:
The constraints can be expressed taking into account the amount of ingredients every unit of chip needs and stating that it has to be less or equal to the availability of this ingredient:
- Availabitily of salt:
- Availability of herbs
- Availability of flour
With these expressions the linear programming problem can be solved.
Answer:
I would have to say that its probably gonna be B
Explanation:
that one seems most likely
Stir sugar, cream and milk into a sauce pan over low heat until sugar has dissolved Heat just until mix is hot and a small ring of foam appears around the edge. 2. Transfer cream mixture into a pour able container such as a large measuring cup. Stir in vanilla extract and chill mix thoroughly, at least two hours. 3. pour cold ice cream mix into an ice cream container, turn on the machine, and churn according to the manufacturers directions. 20 to 25 min. 4. When ice cream is softly frozen, swerve immediately or place a plastic wrap directly on the ice cream and place in freezer to ripen, 2 to 3 hrs <span />
Answer:
Equivalent Units Materials 1700 Conversion 2630
<u>Cost per EUP Materials:</u> 38.308 Conversion : 19.55
Explanation:
The weighted average method can be calculated using the beginning inventory and the units started .
Kahil Mfg
Weighted Average Method
Particulars Units % Of Completion Equivalent Units
Materials Conversion Materials Conversion
Beginning
Inventory 400 70 85 280 350
<u>Units Started 3800 40 60 1520 2280 </u>
<u>Equivalent Units 1700 2630</u>
<u />
Beginning WIP Inventory costs
Direct material Conversion
$ 4,349 4,658
Current period costs
<u> 60,775 46,750 </u>
<u>Total Costs 65,124 51,408 </u>
<u />
<u>Cost per EUP</u>
65,124/1700 51,408/2630
38.308 19.55
Answer:
Explanation:
Cablevision can easily accomplish this by doing the following. First gather the number of sales of premium services and other products that non-trained individuals are accomplishing in a given time period (example, one month). Next, under the same conditions place the newly trained individuals and gather the same data from them (number of sales/subscribers gained, premium products, and other products). Finally, they would simply need to compare the difference in the number of sales to see if the training paid off. They would also need to calculate if the difference in sales surpasses the costs of training.
