Answer:
Explanation:
You need to use the formula to calculate the future value of a constant annual deposit:
Where r is the expected percent return, and n the number of years.
1. For a deposit of $30,800 at the end of each year for the next 11 years, with 7% interest.
You will have saved:
2. For a deposit of $33,300 each year, for the same number of years and with the same interest rate.
You will have saved:
3. For a deposit of $30,800 each year, but with 11 percent interest, for 11 years.
Answer:
$6,200
Explanation:
Beginning Work in progress $15,000 $8,000
Units started $60,000 $38,500
Total process $75,000 $46,500
Less: Units transferred to tax $65,000
Ending work in progress $10,000
Average cost method material cost of work in progress = Material cost ÷ Total units
$46,500 ÷ $75,000
= $0.62
Material cost of work in progress = $0.62 × $10,000
= $6,200
In April, Plemmon Company started with $8000 worth of materials and used $38500 over the month. 65,000 units were completed, leaving 10,000 units still in process. The materials cost of these remaining units, calculated using the average cost method, is $6,200.
To find the material cost of work in process at April 30 using the average cost method, we first need to calculate the total cost of material used throughout April, which includes both the cost of materials from initial work in process and the materials started during the month. That gives us the sum of $8,000 and $38,500, amounting to $46,500 in total materials cost. Since 65,000 units were completed and transferred out during April, this means 10,000 units (75,000 units at the start and started during April - 65,000 units completed) remain in work in process at the end of April. Average cost per unit is calculated as total cost divided by total units, giving us $46,500 divided by 75,000 units, which equals $0.62 per unit. The material cost of work in process at April 30 is thus 10,000 units times $0.62, giving a result of $6,200.
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Answer:
$ 183,544.30 = $ 183,544
Explanation:
Nuzum Corporation
Total Division M Division N
Sales $557,000 $254,000 $303,000
Variable expenses 144,910 81,280 63,630
Contribution margin 412,090 172,720 239,370
Traceable fixed expenses 273,000 128,000 145,000
Segment margin 139,090 44,720 94,370
Common fixed expenses 94,690 43,180 51,510
Net operating income $ 44,400 $ 1,540 $ 42,860
First we find the Segment CM ratio by the following formula:
Segment Contribution Margin Ratio= Segment Sales- Segment Variable Expenses/ Sales
Segment Contribution Margin Ratio= 303,000 -63630/303000
Segment Contribution Margin Ratio= 239370/303000=0.79
Then we find the break even sales in dollars.
Break Even Sales in Dollars= Traceable Fixed Expense/ Segment Contribution Margin Ratio
Break Even Sales in Dollars =145,000/0.79= $ 183,544.303
Answer:
$73,600
Explanation:
A learning curve is a correlation between a learner's performance on a task and the number of attempts or time required to complete the task; this can be represented as a direct proportion on a graph
The last unit will be 22nd unit .
Using learning curve table ,
Time required to build 22nd unit = 3125.49 hours
labour cost to build 22nd unit ( $20 per hour ) = $20 x $3125.49
labour cost to build 22nd unit = $62509.80
Using learning curve table ,
material and equipment cost to build 22nd unit = $11090.67
Therefore,
total cost to build the last unit = Labour cost + Material and equipment cost total cost to build the last unit = $62509.80 + $11090.67
total cost to build the last unit = $73600.47
Learning rate for labour hours ( L1) = Time for 2nd unit / Time for 1st unit
Learning rate for labour hours ( L1) = 4500/5000
Learning rate for labour hours ( L1) = 0.90
Learning rate for material and equipment usage
Learning rate for material and equipment usage = Material and equipment cost for 2nd item / Material and equipment cost for 1st item
Learning rate for material and equipment usage = 24000/30000
Learning rate for material and equipment usage = 0.80 or 80 %
15.1% and 17.7%
17.5% and 18.8%
15.1% and 18.8%
None of the above options is correct.
Answer:
dividends 24,900
dividen payable 24,900
to record declaration of dividends
dividend payable 24,900
cash 24,900
to recored payment of dividends
Explanation:
amount of dividends:
8,300 shares x $3 per share = 24,900
dividends 24,900
dividend payable 24,900
to record declaration of dividends
we post the dividends declared and we post the payable
dividend payable 24,900
cash 24,900
to recored payment of dividends
we decrease the cash account and write-off the dividend payable
The correct entry to record the transaction concerning the company's sale of 10,000 shares of previously authorized stock is a debit to Cash of $100,000 and a credit to Common Stock $100,000.
Number of shares sold = 10,000
Par value =$10 per share
Cash $100,000 Common Stock $100,000
Thus, the correct entry to record this stock sale is a debit to Cash of $100,000 and a credit to Common Stock $100,000.
Learn more about recording the issuance of stock here: brainly.com/question/25562729
The correct journal entry to record the transaction would be to debit Cash for $100,000 and credit Common Stock for $100,000 in line with the number of shares sold and their par value.
When a company sells shares of its authorized stock at par value, the funds received are recorded in the company's financial accounts. The correct journal entry would be to debit (increase) Cash, and credit (increase) Common Stock. In this scenario, where 10,000 shares of stock are sold at a par value of $10 per share, this would result in a $100,000 increase in both the company's Cash and Common Stock accounts. The journal entry would look like this:
It is crucial to understand the stock issuing process, such as rate of return, in the business world. Investors purchase stock with an expectation either to receive dividends or to experience a capital gain- an increase in the stock value.
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