Answer:
<u>The correct answer is that the cost of the ending inventory using the retail inventory method is US$ 100,962</u>
Explanation:
Wall-to-Wall Records
Cost Retail
Beginning Inventory $ 48,000 $ 70,000
Purchases $ 210,000 $ 390,000
Cost of Goods Available for Sale $ 258,000 $ 460,000
Cost to Retail Ratio
= $ 258,000 ÷ $ 460,000
= 0.5609 = 56.09%
Cost Retail
Cost of Goods Available for Sale $ 258,000 $ 460,000
− Sales $ 280,000
Ending Inventory $ 180,000
× Cost to Retail Ratio 0.5609
<u>Ending Inventory $ 100,962 </u>
I really dont no what your question is or your options but if you are trying to see how much is taken out per year you take $118,500 × 6.2%+1.45% and its a little over $7,347.01, and if you are trying to solve per pay check same thing but use 3,000 not 118,500 which is $186.01 taken out
Answer: 1.76
Explanation:
Given the following :
R=1.02,
S0 = 100
u=1/d= 1.05
Strike(k) = 102
Total Payoff = (probability of upside × upside Payoff) + (probability of downside × downside Payoff)
Upside Price = u × S0 = 1.05 × 100 = 105
downside Price = S0/u = 100/1.05 = 95.24
Upside Payoff = upside price - strike rate =(105 - 102) = 3
Upside probability :
[e^(r - q) - d] / u - d
E = exponential, q = Dividend (Dividend is 0, since the stock does not pay dividend)
d = 1/d = 1/1.05 = 0.9523809
e = 2.7182818
[2.7182818^(1.02% - 0) - 0.9523809] / (1.05 - 0.9523809)
[1.0102521 - 0.9523809] / 0.0976191
0.0578712 / 0.0976191
= 0.5928266
Probability of downside = 1 - p(upside)
P(downside) = 1 - 0.5928266
P(downside) = 0.4071733
Therefore, total Payoff =
(0.5928266 × 3) + (0.4071733 × 0)
= 1.7784798
European. Call option:
Total Payoff / (1 + r%)
1.7784798 / (1 + 1.02%)
=1.7784798/ (1 + 0.0102)
= 1.7784798 / 1.0102
= 1.7605224
= 1.76
Consider the market for portable air conditioners in equilibrium. A summer of unseasonably cool weather would cause both the equilibrium price and quantity to decrease. A market-clearing price, often referred to as an equilibrium price, is the consumer cost associated with a good or service when supply and demand are equal or nearly equal.
The manufacturer or vendor is free to transfer as many units as they like, and the consumer is free to access as many units as they like. By setting the supply function to equal the demand function, Qs = Qd, you may determine the equilibrium price.
To learn more about equilibrium, click here
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