Answer:
D(p) = 2,000 ÷ Price + 434
Explanation:
The computation of the demand function is shown below:-
Number of units of the product = 3000 ÷ Price + C
834 = 2,000 ÷ $5 + C
834 = 400 + C
C = 834 - 400
C = 434
So, D(p) = 2,000 ÷ Price + 434
Therefore for computing the demand function we simply applied the above formula also we considered all the given information mentioned in the question
30-year maturity bond with face value of $1,000 makes semiannual coupon payments and has a coupon rate of 8%. (Do not round intermediate calculations. Enter your answers as a percent rounded to 3 decimal places.) a. What is the yield to maturity if the bond is selling for $900?
Answer:
The answer is 15.508%
Explanation:
The annual coupon rate is:
8% x 900 x 2 / $1,000 = 14.4%
The yield to maturity as follows:
Yield to maturity (YTM) = [Coupon payment + (Face Value - Present Value) / Time to Maturity] / [(Face Value + Present Value) / 2]
=> YTM = [14.4% x $1,000 + ($1,000 - $900) / 30] / [ ($1,000 + $900) / 2] = 15.508%
According to information found on the production analysis page of the Inquirer, Chester sold 1127 units of Cute in the current year. Assuming that Cute maintains a constant market share, all the units of Cute are sold in the Nano market segment and the growth rate remains constant, how many years will it be before Cute will not be able to meet future demand unless the company adds production capacity
Answer:
1 year
Explanation:
Since it is mentioned that there is a constant market share, also the growth rate is also same so for meeting the future demand, the time period that would be considered is one year as the company should added its production capacity so that it could be in a position to meet the demand else the company is not able to meet its future demand
Hence, year 1 is considered
If Ben invests $3500 at 4% interest per year, how much additional money must he invest at 5 1 2 % annual interest to ensure that the interest he receives each year is 4 1 2 %
Answer:
Additional $1,750 must be invested by Ben.
Explanation:
Note: The question is not complete as some dots are omitted. The question is therefore given correctly before answering it as follows:
If Ben invests $3500 at 4% interest per year, how much additional money must he invest at 5 1/2 % annual interest to ensure that the interest he receives each year is 4 1/2 %.
The question is now answered as follows:
From the question, we have:
Initial amount invested = $3,500
Interest rate on initial amount invested = 4%, or 0.04
Interest amount from initial amount invested = Initial amount invested * Interest rate on initial amount invested = $3,500 * 4% = $140
Let y represents the additional amount to invest. Therefore, we have:
Interest rate of additional amount invested = 5 1/2% = 5.5% = 0.055
Interest amount from additional amount invested = y * Interest rate of additional amount invested = y * 0.055 = y0.055
Total interest amount = Interest amount from initial amount invested + Interest amount from additional amount invested = $140 + y0.055
New amount invested = Initial amount invested + y = $3,500 + y
Interest rate of new amount invested = 4 1/2% = 4.5% = 0.045
Interest amount from new amount invested = New amount invested * ($3,500 + y) * 0.045 = $157.50 + y0.045
Since total interest amount must equal interest amount from new amount invested, we equate the two and solve as follows:
Total interest amount = Interest amount from new amount invested
$140 + y0.055 = $157.50 + y0.045
We can now solve for y as follows:
y0.055 - y0.045 = $157.50 - $140
y0.01 = $17.50
y = 17.50 / 0.01
y = $1,750
Therefore, additional $1,750 must be invested by Ben.
Colgate-Palmolive Company reports the following balances in its retained earnings.
($ millions) 2010 2009
Retained earnings $14,329 $13,157
During 2010, Colgate-Palmolive reported net income of $2,200 million.
a. Assume that the only changes affecting retained earnings were net income and dividends. What amount of dividends did Colgate-Palmolive pay to its shareholders in 2010?
b. This dividend amount constituted what percent of its net income? (Round your answer to one decimal place.)
Answer:
a. $1,028 million
b. 46.7%
Explanation:
a. Dividends are taken from the retained earnings and net income is added to the retained earnings. The formula for ending retained earnings is;
Ending retained earnings = Opening Retained earnings + Net Income - Dividends
14,329 = 13,157 + 2,200 - Dividends
Dividends = 13,157 + 2,200 - 14,329
Dividends = $1,028 million
b. Dividends as a percentage of income
= 1,028/2,200
= 0.467
= 46.7%
Which of the following costs should not be included in product costs for internal management reports that are used for decision-making?
Answer: d. Cost of organization sustaining activities
Explanation:
Organization sustaining activities are those undertakings that have to be made if a company can keep operating. Examples include; property taxes, insurance, information filing with Government agencies and etc.
These activities are therefore not directly linked to the production process as they are not related to a single product and so should not be included in product costs for internal management reports which will be used for decision-making.
Cost of common stock: Whitewall Tire Co. just paid a $1.60 dividend on its common shares. If Whitewall is expected to increase its annual dividend by 2 percent per year into the foreseeable future and the current price of Whitewall common shares is $11.66, what is the cost of common stock for Whitewall
Answer:
Cost of common stock for Whitewall is 16.00%
Explanation:
Ke = D1 / Price +g
D1 = Ke (Price + g)
D1 = $1.60 * (1+0.02)
D1 = $1.60 * (1.02)
D1 = $1.632
Ke = D1 / Price +g
We solve for Current dividend to derive the Cost of common stick
Ke = 1.632 / (11.66) + 2%
Ke = 1.632 / 11.66 + 0.02
Ke = 0.139966 + 0.02
Ke = 0.159966
Ke = 15.9966%
Ke = 16.00%
When selecting the best alternative in a cost-benefit analysis, what are the issues to be considered?
Answer: Analyse cost, risk with impacts and project benefits.
Explanation:
The best alternative in a cost-benefit analysis situation are the following;
•The cost types should be analyzed
•Potential risk and their impacts should be looking into
•It is recommended to weigh all the risk even when there is a lot of project benefits.
The following data pertain to operations concerning the product for the last month: Actual hours worked 8,100 hours Actual total labor cost $119,880 Actual output 800 units What is the labor rate variance for the month?
Answer:
Instructions are below.
Explanation:
Giving the following information:
We weren't provided with enough information to solve the requirement. But, I will provide an example and the formula to guide an answer.
For example:
Standard rate per hour= $15
Actual hours worked 8,100 hours
Actual total labor cost $119,880
To calculate the direct labor rate variance, we need to use the following formula:
Direct labor rate variance= (Standard Rate - Actual Rate)*Actual Quantity
Actual rate= 119,880/8,100= $14.8
Direct labor rate variance= (15 - 14.8)*8,100
Direct labor rate variance= $1,620 favorable
You are considering purchasing one of two assets. Asset 1 has payments of 5,000 at the end of year 1, 10,000 at the end of year 3, and 15,000 at the end of year 5. The price for Asset 1 today is 26,000. Asset 2 has payments of 12,000 at the end of year 4 and 20,000 at the end of year 5. The price of the asset 3 years from now is 29,500. If the current spot curve is below, what is the one year forward rate, deferred three years? Term 1 2 3 4 5 Spot Rate 3.00% 3.40% s3 s4 4.25%
Answer:
hello attached below are the missing option related to your question
5.45% ( D )
Explanation:
Given data:
for asset 1
cost of asset = $26000
Year 1 payments = $5000, year 3 = $10000, year 5 = $15000
For asset 2
cost of asset 2 three years from now = $29500
year 4 payments = $12000, year 5 payments = $20000
Calculate the one year forward rate deferred three years
find the value of [tex](1+s3)^3[/tex] using asset 1
2600 (cost of asset now ) = 5000/ (1.03 +10000) / ((1 +s3)^3 +15000))/ 1.0425^5
from the above equation
(1 +s3)^3 = 1.11559
Now to get the one year forward rate deferred three years we determine that value using asset 2
29500 = 12000 / (1+1 year rate deferred for 3 years) + 220000/(1.0425^5/(1+s3)^3)
hence ( 1 + 1 year rate deferred for three years )
= 12000/(29500-20000)/(1.0425^5)*1.11559)
= 12000/(9500)/(1.0425^5)*1.11559
1 year rate deferred for three years = 5.447% ≈ 5.45%
Which of these does NOT describe a friction that might prevent firms from choosing the optimal level of capital? A. Making too big of a change can be more expensive than making a few smaller changes. B. A firm might not be able to borrow enough to pay for the investments it wants to make. C. The firm likes its workers and doesn’t want to replace some jobs with machinery. D. Some capital is very specialized and cannot be re-sold in cases of economic downturns.
Answer:
C. The firm likes its workers and doesn’t want to replace some jobs with machinery.
Explanation:
Optimal level of capital simply refers to an ideal strategy used by a firm to raise capital. For example, a firm may decide between debt financing or equity financing, depending on the company's desired level of capital.
So, an already operational firm with that likes its workers and doesn’t want to replace some jobs with machinery has no direct relationship with its level of capital.
Entity A supplies planed timber, paint, varnish, springs, upholstery, and cushioning to Entity B, which produces a ready to use furniture. Entity C is the marketing department of Entity B. In this context, ______.
Answer:
A is an upstream supply chain member while C is the downstream chain member
Explanation:
There are two portions of the supply i.e downstream and upstream. In the upstream it reflects the suppliers of the organization and its process for managing the relation
While on the other hand the downstream reflects the process for distribution and delivery of products to the customers T
Therefore in the given case, Entity A is upstream while the Entity C is downstream
Your estimate of the market risk premium is 9%. The risk-free rate of return is 3.7% and General Motors has a beta of 1.7. According to the Capital Asset Pricing Model (CAPM), what is its expected return?
Answer:
19%
Explanation:
The market risk premium is 9%
The risk free rate of return is 3.7%
General motors have a beta of 1.7
Therefore, using the capital asset pticing model the expected return can be calculated as follows
= 3.7% + 1.7×9%
= 3.7% + 15.3%
= 19%
Hence the expected return is 19%
How would you make a convincing case that open trade in goods and services as well as free flow of foreign direct investment will enhance the well-being of (a) consumers, (b) pro-ducers, and (c) the government of countries? Give specific examples to prove your position.
Answer:
(a) consumers
Consumers are those who benefit the most from open trade and foreign direct investment. This is because these two economic policies increase the producion and delivery of goods and services, making them cheaper.
(b) producers
While some producers would be affected by open trade, most producers would benefit. Firms are allowed to specialize in producing those goods and services for which they have a competitive advantage, and they can also profit from increased foreign investment.
(c) the government of countries
Governments also benefit from these economic policies. They higher well-being of society means more government credibility, and the higher economic growth means more government revenue in the form of taxes.
The case that open trade in goods and services, as well as free flow of foreign direct investment, should be described below:
Consumers, producers, and government:Consumers are those who benefit the most from open trade and foreign direct investment. While some producers would be affected by open trade, most producers would benefit. Governments also benefit from these economic policies. The higher well-being of society means more government credibilitylearn more about the investment here: https://brainly.com/question/16822436?referrer=searchResults
Kray Inc., which produces a single product, has provided the following data for its most recent month of operations: Number of units produced 6,000 Variable costs per unit: Direct materials $ 40 Direct labor $ 19 Variable manufacturing overhead $ 8 Variable selling and administrative expense $ 2 Fixed costs: Fixed manufacturing overhead $ 144,000 Fixed selling and administrative expense $ 198,000 There were no beginning or ending inventories. The variable costing unit product cost was:
Answer:
The variable costing unit product cost was $69.
Explanation:
Variable Product Costing is a situation whereby only the variable costs of production is taking into account to estimating the cost per unit of a product. This implies that none of the fixed cost will be included in the cost of the product.
Based on the explanation above, the variable costing unit product cost to produce a single product by Kray Inc. can be calculated as follows:
Kray Inc.
Calculation of Variable Costing Unit Product Cost
Particulars Amount ($)
Direct materials 40
Direct labor 19
Variable manufacturing overhead 8
Variable selling and administrative expense 2
Variable cost per unit 69
Therefore, the variable costing unit product cost was $69.
On January 31, 2016, Danvers Logistics, Inc., issued five-year, 7% bonds payable with a face value of $10,000,000. The bonds were issued at 96 and pay interest on January 31 and July 31. Danvers Logistics, Inc., amortizes bond discount by the straight-line method.
Record:
a. Issuance of the bonds on January 31, 2016.
b. The semiannual interest payment and amortization of bond discount on July 31, 2016.
c. The interest accrual and discount amortization on December 31, 2016.
Answer:
Journal entries are given below
Explanation:
Journal Entries
Requirement A: Issuance of the bonds on January 31, 2016.
Debit Credit
Cash (w) $9,600,000
Discount on bonds payable $400,000
Bonds payable $10,000,000
Working
Cash = 10,000,000*0.96 = $9,600,000
Discount on bonds payable = 10,000,000*0.04 = $400,000
Requirement B: The semiannual interest payment and amortization of bond discount on July 31, 2016.
Debit Credit
Interest expense $390,000
Cash (w) $350,000
Discount on bonds payable (w) $40,000
Working
Cash = 10,000,000x 0.07 x 6/12 = $350,000
Discount on bonds payable = 400000/(5months*2) = $40,000
Requirement C: The interest accrual and discount amortization on December 31, 2016.
Debit Credit
Interest expense $325,000
Cash (w) $291,666.67
Discount on bonds payable (w) $33333.33
Working
Cash = 10,000,000x 0.07 x 5months/12months = 291,666.67
Discount on bonds payable = 400,000/(5*2)*5/6 = 33,333.33
Aria Acoustics, Inc. (AAI), projects unit sales for a new seven-octave voice emulation implant as follows:Year Unit Sales1 76,0002 89,0003 108,7504 101,5005 68,800Production of the implants will require $2,250,000 in net working capital to start and additional net working capital investments each year equal to 20 percent of the projected sales increase for the following year. Total fixed costs are $4,700,000 per year, variable production costs are $270 per unit, and the units are priced at $420 each. The equipment needed to begin production has an installed cost of $19,500,000. Because the implants are intended for professional singers, this equipment is considered industrial machinery and thus qualifies as seven-year MACRS property. In five years, this equipment can be sold for about 25 percent of its acquisition cost. The tax rate is 25 percent the required return is 15 percent. MACRS schedulea. What is the NPV of the project? (Do not round intermediate calculations and round your answer to 2 decimal places, e.g., 32.16.)b. What is the IRR? (Do not round intermediate calculations and enter your answer as a percent rounded to 2 decimal places, e.g., 32.16.
Answer:
NPV = $3,013,537.02
IRR = 20.15%
Explanation:
initial investment $19,500,000
sales revenue per year:
year 1 = 76,000 x $420 = $31,920,000
year 2 = 89,000 x $420 = $37,380,000
year 3 = 108,750 x $420 = $45,675,000
year 4 = 101,500 x $420 = $42,630,000
year 5 = 68,800 x $420 = $28,896,000
change in net working capital:
year 0 = $2,250,000
year 1 = ($37,380,000 - $31,920,000) x 0.2 = $1,092,000
year 2 = ($45,675,000 - $37,380,000) x 0.2 = $1,659,000
year 3 = ($42,630,000 - $45,675,000) x 0.2 = -$609,000
year 4 = ($28,896,000 - $42,630,000) x 0.2 = -$2,746,800
year 5 = -$1,646,000
fixed costs = $4,700,000
contribution margin per unit = $420 - $270 = $150 per unit
resale value at the end of year 5 = $3,900,000
MACRS depreciation 7 year property:
year % depreciation expense
1 14.29% $2,786,550
2 24.49% $4,775,550
3 17.49% $3,410,550
4 12.29% $2,396,550
5 6.44%* $1,255,800*
*net of resale value
net cash flow year 0 = -$19,500,000 - $2,250,000 = -$21,750,000
net cash flow year 1 = [($11,400,000 - $4,700,000 - $2,786,550) x 0.75] + $2,786,550 - $1,092,000 = $4,629,637.50
net cash flow year 2 = [($13,350,000 - $4,700,000 - $4,775,550) x 0.75] + $4,775,550 - $1,659,000 = $6,022,387.50
net cash flow year 3 = [($16,312,500 - $4,700,000 - $3,410,550) x 0.75] + $3,410,550 + $609,000 = $10,171,012.50
net cash flow year 4 = [($15,225,000 - $4,700,000 - $2,396,550) x 0.75] + $2,396,550 + $2,746,800 = $11,239,687.50
net cash flow year 5 = [($10,320,000 - $4,700,000 - $1,255,800) x 0.75] + $1,255,800 + $1,646,000 = $6,174,950
NPV = $3,013,537.02
IRR = 20.15%
In this exercise we will use our knowledge of finance to calculate interest, so we find that:
[tex]NPV = \$3,013,537.02[/tex] [tex]IRR = 20.15\%[/tex]
So knowing that from the initial investment we will obtain the following values per year:
[tex]year 1 = 76,000 * \$420 = \$31,920,000[/tex]
[tex]year 2 = 89,000 * \$420 = \$37,380,000[/tex]
[tex]year 3 = 108,750* \$420 = \$45,675,000[/tex]
[tex]year 4 = 101,500 * \$420 = \$42,630,000[/tex]
[tex]year 5 = 68,800 * \$420 = \$28,896,000[/tex]
So knowing that from the net working capital we will obtain the following values per year:
[tex]year 0 = \$2,250,000\\year 1 = (\$37,380,000 - \$31,920,000) * 0.2 = \$1,092,000\\year 2 = (\$45,675,000 - \$37,380,000) * 0.2 = \$1,659,000\\year 3 = (\$42,630,000 - \$45,675,000) * 0.2 = -\$609,000\\year 4 = (\$28,896,000 - \$42,630,000) * 0.2 = -\$2,746,800\\year 5 = -\$1,646,000[/tex]
Then from the values previously informed we can calculate the cash flow, as:
[tex]year 0 = -\$19,500,000 - \$2,250,000 = -\$21,750,000\\year 1 = [(\$11,400,000 - \$4,700,000 - \$2,786,550) * 0.75] + \$2,786,550 - \$1,092,000 = \$4,629,637.50\\year 2 =\$6,022,387.50\\year 3 = \$10,171,012.50\\year 4 = \$11,239[/tex]
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Often the life of a whistleblower involves tremendous ridicule and scrutiny from others, despite doing the "right thing." Describe your views as to why whistleblowers face tremendous obstacles as a result of bringing the inappropriate actions of otehrs to light.
Answer:
Find the explanation below.
Explanation:
Whistleblowing is the act of raising an alarm over unethical or illegal acts committed by people holding political or public service positions. The whistleblower is most times motivated by the quest to end the injustice or negative impact suffered by the disadvantaged group. Whistleblowers suffer tremendous obstacles from the people they have exposed because;
1. The offender's source of illegal income has been withdrawn. Just like humans fight for survival when their source of livelihood is taken away, so would a person fight against whatever that tends to take away their illegal source of wealth.
2. Fear of being seen in a negative light by others. The person committing a crime usually puts up an act of innocence, thus presenting himself as a morally upright person. When the whistleblower tries to expose their true identity, it is only expected that they would try to shut him up.
A company is considering replacing an old piece of machinery, which cost $400,000 and has $175,000 of accumulated depreciation to date, with a new machine that has a purchase price of $550,000. The old machine could be sold for $250,000. The annual variable production costs associated with the old machine are estimated to be $72,500 per year for eight years. The annual variable production costs for the new machine are estimated to be $24,000 per year for eight years.
Required:
a. Prepare a differential analysis dated May 29 to determine whether to continue with (Alternative 1) or replace (Alternative 2) the old machine.
b. What is the sunk cost in this situation?
Answer:
Company A
a. Differential Analysis dated May 29
Alternative 1 Alternative 2
Opportunity cost $250,000 $550,000
Variable production costs 580,000 192,000
Total cost $830,000 $742,000
b. Sunk cost in this situation is: $225,000 ($400,000 - $175,000) cost of the old machine.
Explanation:
Company A's relevant cost for the old machine is the opportunity cost that it will lose if it continues with Alternative 1 or continued use of the old machine and the additional cost for the new machine for Alternative 2. Also relevant is the variable production costs that would be incurred if the old or new machine is used.
Company A's sunk cost is the cost of the old machine minus accumulated depreciation. Sunk cost is not relevant for decision making under differential analysis.
Company A's differential analysis is a managerial tool that is used to differentiate one decision alternative from another. In this analysis, only relevant costs are considered. A relevant cost in this case is cost that its inclusion or elimination makes a difference in the decision outcome.
Chapman Company, a major retailer of bicycles and accessories, operates several stores and is a publicly traded company. The comparative balance sheet and income statement for Chapman as of May 31, 2014, are as follows. The company is preparing its statement of cash flows.
CHAPMAN COMPANY
COMPARATIVE BALANCE SHEET
AS OF MAY 31
2014 2013
Current assets
Cash $28,560 $20,820
Accounts receivable 75,850 58,940
Inventory 220,080 250,770
Prepaid expenses 9,148 7,580
Total current assets 333,638 338,110
Plant assets
Plant assets 600,070 502,460
Less: Accumulated depreciation—plant assets
150,060 125,320
Net plant assets 450,010 377,140
Total assets $783,648 $715,250
Current liabilities
Accounts payable $123,190 $115,200
Salaries and wages payable 47,660 72,420
Interest payable 27,980 25,490
Total current liabilities 198,830 213,110
Long-term debt
Bonds payable 70,770 100,640
Total liabilities 269,600 313,750
Stockholders’ equity
Common stock, $10 par 370,460 280,890
Retained earnings 143,588 120,610
Total stockholders’ equity 514,048 401,500
Total liabilities and stockholders’ equity
$783,648 $715,250
CHAPMAN COMPANY
INCOME STATEMENT
FOR THE YEAR ENDED MAY 31, 2014
Sales revenue $1,255,260
Cost of goods sold 722,590
Gross profit 532,670
Expenses
Salaries and wages expense 252,580
Interest expense 75,830
Depreciation expense 24,740
Other expenses 8,980
Total expenses 362,130
Operating income 170,540
Income tax expense 43,250
Net income $127,290
The following is additional information concerning Chapman’s transactions during the year ended May 31, 2014.
1. All sales during the year were made on account.
2. All merchandise was purchased on account, comprising the total accounts payable account.
3. Plant assets costing $97,610 were purchased by paying $17,610 in cash and issuing 8,000 shares of stock.
4. The "other expenses" are related to prepaid items.
5. All income taxes incurred during the year were paid during the year.
6. In order to supplement its cash, Chapman issued 957 shares of common stock at par value.
7. Cash dividends of $104,312 were declared and paid at the end of the fiscal year.
Prepare a statement of cash flows for Chapman Company for the year ended May 31, 2014, using the direct method. (A reconciliation of net income to net cash provided is not required.) (Show amounts that decrease cash flow with either a - sign e.g. -15,000 or in parenthesis e.g. (15,000).)
Answer:
Chapman Company
Statement of Cash Flows for the year ended May 2014:
Operating activities:
Cash from customers $1,238,350
Cash to suppliers ($683,910)
Salaries & Wages (277,340)
Other expenses (10,548)
Income Tax (43,250)
Net Cash from operating activities 223,302
Investing activities:
Plant (17,610) (17,610)
Financing activities:
Dividends (104,312)
Interest (73,340)
Bonds (29,870)
Issue of stock 9,570
Net cash from financing activities (197,952)
Net cash flows $7,740
Explanation:
a) Data and Calculations:
1. CHAPMAN COMPANY
COMPARATIVE BALANCE SHEET
AS OF MAY 31
2014 2013
Current assets
Cash $28,560 $20,820
Accounts receivable 75,850 58,940
Inventory 220,080 250,770
Prepaid expenses 9,148 7,580
Total current assets 333,638 338,110
Plant assets
Plant assets 600,070 502,460
Less: Accumulated depreciation
—plant assets 150,060 125,320
Net plant assets 450,010 377,140
Total assets $783,648 $715,250
Current liabilities
Accounts payable $123,190 $115,200
Salaries & wages payable 47,660 72,420
Interest payable 27,980 25,490
Total current liabilities 198,830 213,110
Long-term debt
Bonds payable 70,770 100,640
Total liabilities 269,600 313,750
Stockholders’ equity
Common stock, $10 par 370,460 280,890
Retained earnings 143,588 120,610
Total stockholders’ equity 514,048 401,500
Total liabilities and stockholders’
equity $783,648 $715,250
2. CHAPMAN COMPANY
INCOME STATEMENT
FOR THE YEAR ENDED MAY 31, 2014
Sales revenue $1,255,260
Cost of goods sold 722,590
Gross profit 532,670
Expenses
Salaries and wages expense 252,580
Interest expense 75,830
Depreciation expense 24,740
Other expenses 8,980
Total expenses 362,130
Operating income 170,540
Income tax expense 43,250
Net income $127,290
3) Cash Receipts:
Cash from customers $1,238,350
Issue of stock 9,570
4) Cash Payments:
Cash to suppliers $683,910
Plant 17,610
Income Tax 43,250
Dividends 104,312
Salaries & Wages 277,340
Interest 73,340
Other expenses 10,548
Bonds 29,870
5) Prepaid Expenses
Ending balance $9,148
Expenses 8,980
Beginning balance 7,580
Cash paid $10,548
6) Accounts Receivable:
Beginning balance $58,940
Sales 1,255,260
Ending balance 75,850
Cash received $1,238,350
7) Accounts Payable:
Beginning balance $115,200
Purchases 691,900
Ending balance $123,190
Cash paid $693,910
8) Purchases:
Ending inventory $220,080
Cost of goods sold 722,590
Beginning inventory 250,770
Purchases $691,900
9) Salaries and Wages Payable
Beginning balance $72,420
Expenses 252,580
Ending balance 47,660
Cash paid $277,340
10) Interest payable:
Beginning balance $25,490
Expense 75,830
Ending balance 27,980
Cash paid $73,340
"A customer has an existing short margin account with credits of $16,000 and a short position in ABC stock worth $10,000. The SMA in the account is $1,000. If the market value of ABC falls to $9,000, the equity is:"
Answer:
Equity= $7,000
Explanation:
A customer has an existing short margin account that contains credit of $16,000
The short position in ABC stock is worth $10,000
The SMA in the account is $1,000
Therefore, if the market value of ABC falls down to $9,000 then, the equity can be calculated as follows
Equity= $16,000-$9,000
=$7,000
Hence the equity is $7,000
The following data were reported by a corporation: Authorized shares 24,000 Issued shares 19,000 Treasury shares 5,500 The number of outstanding shares is: Multiple Choice 19,000. 18,500. 29,500.
Answer:
13,500
Explanation:
Outstanding shares = issued shares - Treasury shares
19,000 - 5,500 = `13,500
Shares is a method through which firms raise capital.
Authorised shares are the maximum number of shares a company can issue to investors
Outstanding shares are the total number of shares sold to investors
Treasury shares are shares that have been issued and later repurchased by the company
Issued shares are the shares that a company issues
In insurance, an offer is usually made wheN
Answer: the insurance application has been submitted.
Explanation:
Insurance is a contract which is typically represented by a policy, whereby an individual will receive financial protection in case there are losses against the thing that was insured.
Since the insurance is a contract, an offer can be made when there has been an application for the insurance which would have been submitted.
A benevolent social planner would prefer that the output of good x be decreased from its current level if, at the current level of output of good x_________
a. social cost = private cost = private value < social value.
b. private cost < social cost = private value = social value.
c. social value = private value = private cost < social cost.
d. social cost = private cost = private value = social value.
Answer:
c
Explanation:
social value = private value = private cost < social cost.
A benevolent social planner would prefer that the output of good x be decreased from its current level if, at the current level of output of good x social value = private value = private cost < social cost. Thus, option (c) is correct.
What is the cost?
The term cost refers to the actual money are spent on the manufacturing of the product. The product are manufacture to spend on money are raw material, transportation, wages, salary, and other expenses add. The all expenses are added to identify the cost.
According to the system composed, the primary impact of the output of goods are the multiplied by the reduced from its present state are the primary effect of the output of products are the calculation where the social value equals the societal value. The private cost is lower than the societal cost.
As a result, the significance of the social cost are the aforementioned. Therefore, option (c) is correct.
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"PowerSurge, a company selling batteries in a monopolistically competitive market, collected the data below of revenues and costs. Assuming the firm is producing at the profit-maximizing level of output, calculate total profit for PowerSurge."
Answer:
Since the firm is maximizing its profit, it is producing and selling 40 units at $30 per unit, resulting in a net profit of $440.
Explanation:
Sine there is no information, I searched for a similar question:
Q Sales revenue Total costs Profit
10 $450 $340 $110
20 $800 $480 $320
30 $1,050 $620 $430
40 $1,200 $760 $440
50 $1,250 $900 $350
60 $1,200 $1,040 $160
70 $1,050 $1,180 -$130
80 $800 $1,320 -$520
90 $450 $1,460 -$1,010
What is the equivalent annual annuity of a project that requires an investment of $50,000 today and is expected to generate free cash flows of $15,000 per year for the next five years? The company’s weighted average cost of capital is 13.1% per year.
Answer:
$749.57
Explanation:
equivalent annual annuity = (NPV x rate) / [1 - (1 + rate)⁻ⁿ]
using a calculator, the NPV = $2,630rate = 13.1%n = 5equivalent annual annuity = ($2,630 x 0.131) / [1 - (1 + 0.131)⁻⁵] = $344.53 / 0.4596 = $749.57
The equivalent annual annuity is used to compare mutually exclusive projects and determine which yields the highest annual returns.
You are the production head and you decide to introduce a new product in your production line. Market survey reveals that price of identical products in market is Rs. 40/unit and you decide to adopt that price. Cost survey shows that firm has to invest Rs. 620 as fixed cost to introduce the new product and variable cost are as follows; Output VC 0 00 100 280 200 480 300 640 400 820 500 1040 600 1300 700 1620 800 2020 900 2620 1000 3420
Answer:
the following table shows the profits generated by each output quantity, assuming selling price is Rs40. Since marginal costs of production are lower than selling price, the more you sell, the higher your profit. Profit is maximized at 1,000 units = Rs35,960
Explanation:
output variable costs fixed costs total revenue profits
0 00 620 0 (620)
100 280 620 4,000 3,100
200 480 620 8,000 6,900
300 640 620 12,000 10,740
400 820 620 16,000 14,560
500 1,040 620 20,000 18,340
600 1,300 620 24,000 22,080
700 1,620 620 28,000 25,760
800 2,020 620 32,000 29,360
900 2,620 620 36,000 32,760
1000 3,420 620 40,000 35,960
If a firm favors a push strategy, using direct selling to educate potential consumers about the features of its products, what kind of products would it most likely sell
Answer:
industrial products
Explanation:
A company that does this and mostly favors a push strategy is usually selling industrial products. That is because a push strategy focuses on taking the product to the potential customer and showing them how it works as well as how it can benefit them, therefore pushing the product on them. Industrial Products are great for such a strategy since they require actual demonstration and can easily show the potential customer the actual value that the product can provide.
What is your standard deviation of demand during lead time if your average lead time = 5 days, standard deviation of demand = 4, average demand is 12, and standard deviation of lead time is 1.2 days.
Answer:
4.47
Explanation:
The computation of the standard deviation of lead time is shown below:
= √lead time × standard deviation of demand
= √ 5 days × 4
= √20
= 4.47
We simply applied the above formula to determine the standard deviation of demand during lead time
Hence, all the other items would be ignored
"At that time, the market price of ABC is $44. If the market rises to $58 and the call is exercised (the put expires out the money), the gain or loss is:"
Answer:
600 loss
Explanation:
The computation of the gain or loss is shown below:
Since on Jan, there is a put option of 45 at $3 and the market rises to $58
So it losses by 13 points i.e
= 45 - 58
= 13
Now the total premium points collected is of 7 i.e
= 4 + 3
= 7
So, the remaining points left is
= 13 - 7
= 6
So for 6 points, the net loss is $600
Preference decisions compare potential projects that meet screening decision criteria and will be ranked in their preference order to differentiate between alternatives with respect to all of the following characteristics except:________a. importanceb. desirabilityc. feasibilityd. political prominence
Answer:
D
Explanation:
Political prominence inst determined in any of the capital budgeting methods. Also, political prominence shouldn't be a deciding factor when making an investment. a project might be politically prominent but it is unprofitable or doesn't align to the goals of the company.
