The level of quality of information would eventually exist in the market for lemons assuming there was no way to gain assurance regarding the accuracy of the information would be low only.
In the given scenario we are given that there is no way to reassure ourselves that the information is accurate about the lemons in the existing market.
So we can not be a hundred percent sure that the information regarding the lemons existing in the market is correct.
As a result, if there was no method to verify the authenticity of the information, only low-quality information would eventually be available in the market for lemons.
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A customer service representative would be a feature commonly used by huge companies in addressing the customers' issues with regards to their products and services. Furthermore, customer feedback is very important because the company would have the idea on how to improve their service or product.
Answer:
ill answer shortly just leaving it here os i dont forget about it
Explanation:
Answer:
1.Quinlan distribution has realized a loss of
$214,480 of which $0 is recognized.
2. The shareholder received property with a basis of $321,720
Explanation:
1.
When property is been said to be distributed to shareholders the amount of dividend equal to the fair value of the said property which is $321,720 on the date of the distribution. Therefore the amount of taxable dividend is $321,720 which is before the dividends received deduction.
Therefore;
Net loss which shall not be allowed ($536,200-$321,720)
=$214,480
Quinlan distribution has realized a loss of
$214,480 which is not allowed to be recognized
2. Adjusted basis of the property distributed is $321,720
Answer:
a) safety stock = z-score x √lead time x standard deviation of demand
z-score for 99.9% = 3.29053
√lead time = √7 = 2.6458
standard deviation of demand = 3
safety stock = 3.29053 x 2.6458 x 3 = 26.12 ≈ 26 soaps
reorder point = lead time demand + safety stock = (7 x 16) + 26 = 138 soaps
EOQ = √[(2 x S x D) / H]
S = order cost = $10
D = annual demand = 16 x 365 = 5,840
H = $0.05
EOQ = √[(2 x $10 x 5,840) / $0.05] = 1,528.40 ≈ 1,528 soaps
b) total order costs per year = (5,840 / 1,528) x $10 = $38.22
total holding costs = (1,528 / 2) x $0.05 = $38.20
total annual ordering and holding costs = $76.42
