Answer:
Option (C) is correct
Explanation:
The payment is made during the discount period of 11 days so the 2% discount rate would be applicable.
Goods purchased = $112,000
Goods returned = $2,200
Discount = (Goods purchased - goods returned) × 2%
= ($112,000 - $2,200) × 2%
= $2,196
Net purchase = Goods purchased - returned - Discount
= $112,000 - $2,200 - $2,196
= $107,604
Total inventory cost = Net purchase + Freight cost
= $107,604 + $400
= $108,004
Therefore, company’s inventory increased by $108,004.
Answer:
a. $0.20
b. $322,000
Explanation:
Depreciation is the systematic allocation of the cost of an asset to the income statement over the estimated useful life of that asset.
It is determined as the depreciable value of the asset over the estimated useful life of the asset where the depreciable value is the difference between the cost and salvage value of the asset
.
The amount of depreciation to be recognized for each mile that a rental automobile is driven
= ($15,000 - $6,000)/45,000
= $9,000/45,000
= $0.20
Total millage expected of the 60 cars before disposal
= 60 * 45,000 miles
= 2,700,000 miles
The total amount of depreciation expense that Central Auto Rentals should recognize on this fleet of cars for the year
= 1,610,000/2,700,000 * ($9,000 * 60)
= $322,000
Answer: Her income elasticity of demand for cottage cheese is <em><u>0.3333</u></em> making it a <em><u>normal and necessary</u></em> good.
The income elasticity of demand is given by :
The percentage change in income is given as 60%. We calculate the percentage change in quantity demanded as follows:
Substituting the value above in the income elasticity demand formula we get,
<u>YED = 0.33333</u>
Since the income elasticity is positive, and since Shawna buys more cottage cheese after an increase in income, we can classify this good as a normal good.
Since the income elasticity is between 0 and 1 we can also conclude that cottage cheese is also a essential good or a necessity.
Answer:
the final payment that investor would received is $11,843.36
Explanation:
The computation of the final payment that investor would received is shown below:
Adjusted face value is
= 10,000 × (1 + 2.5%)^(3 × 2)
= 11,596.93
Final payment = Coupon + adjusted principal
= 11596.93 × 4.25% ÷ 2 + 11,596.93
= $11,843.36
hence, the final payment that investor would received is $11,843.36
