$12120 is the annual amortization expense
<u>Explanation:</u>
The following formula is used to calculate the annual depreciation expense that will be recorded in the books of accounts
Depreciation = ( cost of the asset minus salvage value) divide by number of years.
Given data in the question: number of years = 10, cost of the asset = $124000, salvage value = $28000
Putting the figures in the formula,
Depreciation expense = ($124000 minus $28000) divide by 10
After solving, we get = $12120
Thus, annual depreciation expense = $12120
Answer:
$150,000
Explanation:
Ending inventory, the value of goods available for sale at the end of the accounting period, plays an important role in reporting the financial status of a company and can best be figured out using the equation,
Ending Inventory = Beginning Inventory + Net Purchases - Cost of Goods Sold (or COGS)
Beginning Inventory = $160,000 in retail
Net purchases = $500,000 in retail +$10,000 Markups
Cost of goods sold = $500,000
So, End Inventory = 160,000+500,000+10,000-500,000
End Inventory = $150,000
Yes, this encourages the buyer to pay more for an item especially if it is by a well known branded. This gives them to opportunity to brag and boast with their purchase. Also when the product is well known consumers are going to try their absolute best to buy it, this is going to make the product scare, hence increasing its price.
Answer:
B. Increasing the production of a good requires larger and larger decreases in the production of another good.
Explanation:
Opportunity cost refers to the foregone units of production of a good in exchange for producing units of another good.
Marginal cost on the other hand refers to additional cost incurred when an additional unit is produced.
Marginal opportunity cost relates to the additional opportunity cost incurred when additional unit of second good is produced in exchange for foregoing or sacrificing units of production of first good.
Increasing marginal opportunity cost would mean as more and more units of good A are produced, for each extra unit of production of Good A, higher units of production of Good B are sacrificed i.e larger and larger decrease in the production of another good.
