Answer:
The correct option is Dana might be indifferent between C, A, and B.
Explanation:
Note: See the attached photo for the indifference curve showing points A, B and C.
The answer can be explained using an indifference curve.
An indifference curve is a graph that depicts the combination of two commodities that provide equal satisfaction or utility to the consumer. A consumer is indifferent between the two commodities at each point on an indifference curve because all points on the curve provide him with the same level of satisfaction or utility.
In the attached photo, bundles A, B and C are plotted as points on the same indifference curve (IC). Since points A, B and C are on the same IC, it therefore implies that Dana might be indifferent between C, A, and B.
Therefore, the correct option is Dana might be indifferent between C, A, and B.
<span>Implicit Cost Explicit Cost
The wholesale cost for the pianos that Darnell pays the manufacturer $452,000
The salary Darnell could earn if he worked as an accountant $48,000
The wages and utility bills that Darnell pays $301,000
The rental income Darnell could receive if he chose to rent out his showroom $38,000
B.
Profit ($)
Accounting Profit 842,000 - 452,000 - 301,000 = 89,000
Economic Profit 842,000 - 452,000 - 301,000 - 48,000 - 38,000 = 3,000
C. Economic Profit as an accountant = 48,000 + 38,000 - 89,000 = -$3,000. Thus, Darnell should stay in the Piano business to maximize the Economic Profit.</span>
D.) An account earning interest compounded daily.
This is the account that would have the greatest accumulated value at the end of one year.
Let us assume the following figures.
Principal = 1,000
Interest rate = 12% p.a.
Term 1 year
a) account earning no interest = 1,000
b) account earning simple interest
S.I. = 1,000 x 12% x 1 = 120
Balance = 1000 + 120= 1,120
c) account earning interest compounded annually
FV = 1,000 (1+.12)¹
FV = 1,000 (1.12)
FV = 1,120
d) account compounded daily
FV = 1,000 (1 + .12/365)³⁶⁵
FV = 1,000 (1 + 0.00033)³⁶⁵
FV = 1,000 (1.00033)³⁶⁵
FV = 1,000 (1.128)
FV = 1,128
Answer:
Cost of goods available for sale = $12,480
Explanation:
<em>The cost of goods available for sale is the sum of the value of the opening inventory plus the cost of new purchase. The cost of new purchase would include carriage inward cost if any.</em>
<em>For Oriole company , the cost of goods available for sale would be computed as follows:</em>
$
Opening inventory 2,340
Purchases
June 12 5,460
June 23 <u> 4,680 </u> <u> 10,140</u>
Cost of goods available for sale <u>12,480</u>
<em>Note that the sales made are not relevant for the purpose of determining the cost of goods available for sale. Also, the closing inventory would have been deducted from the cost of goods available for sale to arrive at the cost of goods sold should the question require it.</em>
<span>paying higher wages increases worker turnover YOUR ANSWER
</span>
<span>higher wages attract a more competent pool of workers YOUR ANSWER
the rest really do not apply.
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