Answer:
Option d would be the appropriate choice.
Explanation:
- At either the vertices including its continuum that ranges exist the optimal solutions towards linear programming challenges. Throughout this instance, the feasible area is just the section between some of the blue as well as red sections of the green map.
- The green squares that describe the point of convergence between some of the red or green outlines seem to be the optimal solution.
Some other choices don't apply to the specified situation. So, the best one is the one mentioned.
Answer:
The process cost summary is given below.
A-Total Material Cost = $22,500
B-Total Conversion costs = $95,625 (45,625+50,000)
C-Units transferred out = 40,000
D-Ending Inventory = 10,000
E-Equivalent units of material = 45,000
F-Equivalent units of conversion costs = 42,500
G-Equivalent cost per unit of material = $0.5 (A/E)
H-Equivalent cost per unit of conversion costs = $ 2.25 (B/F)
I-Equivalent cost per unit = $2.75 (G+H)
J-Cost of inventory transferred = $ 110,000 (I*C)
K-Cost Of Ending Inventory = $ 8,125 (H*(F-C) + (5000*0.5))
Answer:
Economies of scope
Explanation:
Economies of scope is a benefit that a company has by producing a a wide range of products or services which reduces the unit cost. In this case of a financial institution, offering more credit cards to a large number of people will help them achieve their desired cost savings. Economies of scope is achieved when it provides a business with ways to generate operational efficiencies.
Answer:
D) $2,622
Explanation:
Daily costs
= ($8/meal x 3 meals/day x 2 people) + $45 + $190 + $25) = $308 daily costs
Total costs
= ($400 x 2) + 90 + 500 + (308 x 4 days)
Hence:
Total costs = 800 + 90 + 500 + 1,232
= $2,622
Yes debit card are more. Preferred because when you use a debit card you pay on the spot but when you use your credit card it tends to build up and you will have to pay your bill