The tax-exempt is 6.48 %
<h3>How to calculate the tax-exempt ?</h3>
The bond yield is 9%, let's divide 9% by 100
= 9/100
= 0.09
The marginal tax rate is 28%, let's divide 28% by 100
= 28/100
= 0.28
Therefore the tax-exempt can be calculated as follows
0.09(1-0.28) × 100
= 0.09(0.72) × 100
= 0.0648 × 100
= 6.48
Hence the tax-exempt is 6.48%
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Answer:
The answer is: 17
Explanation:
Demand is defined as the goods individuals are willing to purchase at the prevailing market prices. The demand curve expresses the relationship between the quantity demanded of goods at given market prices while holding all other factors constant. The given information expressed in tabular form is as follows:
Price Buyer1Qd Buyer2Qd Buyer3Qd Market Demand
$6 7 4 6 17
$5 9 7 8 24
$4 15 10 12 37
$3 21 15 16 52
In order to calculate total market demand, individual demand at the given prices are added horizontally, that is at a price of $6, total demand is 17, at $5 the total demand is 24 and so on. The higher the price the lower the quantity demanded and so on. The quantity demanded of a good and its price are inversely related.
Answer:
The remaining shares should be carried at its fair value.
In this case then, the fair value of the remaining shares = $260,000*(1-0.5) = $130,000
Explanation:
According to IFRS 3(Revised), A certain group may decide to sell its controlling interest in a subsidiary but retain significant influence in the form of an associate, or retain only a financial asset. If it does so, the retained interest is remeasured to fair value, and any gain or loss compared to book value is recognised as part of the gain or loss on disposal of the subsidiary.
Answer:
finished cost = $200,000
inventory cost=$250,000
manufactured cost= $600,000
cost of good= beginning inventory+purchase during period cost- ending inventory
$600,000+$200,000-$250,000
$550,000
Answer:
correct option is A. $331,000
Explanation:
given data
Direct materials = $86,000
Direct labor = 130,000
Variable factory overhead = 57,000
Fixed factory overhead = 135,000
Total costs = $408,000
avoidable = $58,000
to find out
highest price that McMurphy should be willing to pay for 12,000 units of the part is
solution
we get here highest price that McMurphy should be willing to pay for 12,000 units of the part that is express as
highest price = Direct material + Direct Labor + variable factory overhead + avoidable fixed overhead .....................1
put here value we get
highest price = $86000 + $130000 + $57000 + $58000
highest price = $331,000
so correct option is A. $331,000
