This problem is solved by using the compound interest formula:
A=P(1+(I/period))^(number of periods)
Where A = amount accumulated and P = amount loaned and I = Interest
A = ? P = $2, 000, I = 0.115, Period = 2 (semi annually) Number of period = 2
*7 (I. e paid twice over a 7 yrs span)
So we have
A = 2000 ( 1 + 0.115/2)^(14)
A = 2000 ( 1 + 0.0575)^(14)
A = 2000 (1.0575)^(14)
A = 2000 (2.1873851765154) = 4374.77035
So we have 4374.80 to the nearest cent.
Answer:
1,140 units
Explanation:
Note : The question requires us to use the weighted-average method. This method focuses on equivalent units of completed units and units still in process only.
Step 1 : Determine units completed and transferred
Units Completed = Beginning units + Units Started - Ending units
= 200 + 1,000 - 100
= 1,100 units
Step 2 : Calculate equivalent units of production with respect to conversion costs
Completed and transferred (1,100 x 100%) 1,100
Ending units (100 x 40%) 40
Total equivalent units of conversion costs 1,140
thus,
the equivalent units of productions for the period (using the weighted-average method) for conversion is 1,140 units.
Explanation:
The reporting is shown below:
Income statement
Particulars Amount Particulars Amount
Depreciation
expense $28,800
Balance sheet
Liabilities Amount Assets Amount
Equipment $240,000
Less: Accumulated
Depreciation -$144,000
Net value of an equipment $96,000
Only these items would be displayed on the income statement and the balance sheet
The answer to this question is <span>acceptability
The </span><span>acceptability characteristic refers to whether the currency is accepted as a medium of exchange for the transaction in the market.
Currency that has high rate of acceptability tend to be less volatile in the foreign exchange market and attract more investment.</span>
