Answer:
$1,380
Explanation:
Given that;
Accounts receivables = $288,000
Allowance for uncollectible accounts = $1,500 (credit balance)
Allowance should be 1% of accounts receivables = $288,000 × 1% = 2,880
Then, the adjustment = $2,880 - $1,500 = $1,380
Therefore, the amount of the adjustment for uncollectible accounts would be $1,380
Murray Motor Company wants you to calculate its cost of common stock. During the next 12 months, the company expects to pay dividends (D1) of $1.30 per share, and the current price of its common stock is $40 per share. The expected growth rate is 5 percent. a. Compute the cost of retained earnings (Ke). (Do not round intermediate calculations. Input your answer as a percent rounded to 2 decimal places.)
Crane, Inc. manufactures two products: missile range instruments and space pressure gauges. During April, 50 range instruments and 200 pressure gauges were produced, and overhead costs of $72,750 were estimated. An analysis of estimated overhead costs reveals the following activities. Activities Cost Drivers Total Cost 1. Materials handling Number of requisitions $30,000 2. Machine setups Number of setups 23,750 3. Quality inspections Number of inspections 19,000 $72,750 The cost driver volume for each product was as follows. Cost Drivers Instruments Gauges Total Number of requisitions 375 625 1,000 Number of setups 175 300 475 Number of inspections 225 250 475
Answer:
Requirement: Determine the overhead rate for each activity "Materials handling, Machine setups, Quality inspections"
Materials handling overhead rate = Total cost / Cost driver volume
Materials handling overhead rate = $30,000 / 1,000
Materials handling overhead rate = $30
Machine setups overhead rate = Total cost / Cost driver volume
Machine setups overhead rate = $23,750 / 475
Machine setups overhead rate = $50
Quality inspections overhead rate = Total cost / Cost driver volume
Quality inspections overhead rate = $19,000 / 475
Quality inspections overhead rate = $40
DeLong Corporation was organized on January 1, 2017. It is authorized to issue 13,000 shares of 8%, $100 par value preferred stock, and 526,000 shares of no-par common stock with a stated value of $3 per share. The following stock transactions were completed during the first year.
Jan. 10 Issued 84,500 shares of common stock for cash at $6 per share.
Mar. 1 Issued 5,150 shares of preferred stock for cash at $105 per share.
Apr. 1 Issued 24,000 shares of common stock for land. The asking price of the land was $91,000. The fair value of the land was $80,500.
May 1 Issued 83,500 shares of common stock for cash at $4.75 per share.
Aug. 1 Issued 11,000 shares of common stock to attorneys in payment of their bill of $38,500 for services performed in helping the company organize.
Sept. 1 Issued 12,000 shares of common stock for cash at $7 per share.
Nov. 1 Issued 2,000 shares of preferred stock for cash at $109 per share.
Journalize the transactions. (Record journal entries in the order presented in the problem.)
Journalize Common and Preferred Stock Transactions
When most businesses are first organized or established, they include what is called Articles of Incorporation which are filed with the Secretary of State of the state in which the business is incorporated. These Articles specify the capital structure of the corporation, including preferred stock and how many shares of preferred stock may be issued and the par value of each share of preferred stock. These Articles also specify the number of common shares which the corporation may issue, and either the par value, no-par value, or the stated value per share of common stock.
Answer:
DeLong Corporation
Journal Entries:
Jan. 10: Debit Cash $507,000
Credit Common stock $253,500
Credit Additional Paid-in Capital- Common stock $253,500
To record the issue of 84,500 shares at $6 per share.
Mar. 1: Debit Cash $540,750
Credit Preferred stock $515,000
Credit Additional Paid-in Capital - Preferred stock $25,750
To record the issue of 5,150 shares at $105 per share.
Apr. 1 Debit Land $80,500
Debit Loss on Purchase of Land $10,500
Credit Common stock $72,000
Credit Additional Paid-in Capital- Common stock $19,000
To record the issue of 24,000 shares for land.
May 1: Debit Cash $396,625
Credit Common stock $250,500
Credit Additional Paid-in Capital- Common stock $146,125
To record the issue of 11,000 shares at $4.75 per share.
Aug. 1: Debit Attorney Fees $38,500
Credit Common stock $33,000
Credit Additional Paid-in Capital- Common stock $5,500
To record the issue of 11,000 shares for attorney's fees.
Sept. 1: Debit Cash $84,000
Credit Common stock $36,000
Credit Additional Paid-in Capital- Common stock $48,000
To record the issue of 12,000 shares at $7 per share.
Nov. 1: Debit Cash $218,000
Credit Preferred stock $200,000
Credit Additional Paid-in Capital-Preferred stock $18,000
To record the issue of 2,000 shares at $109 per share.
Explanation:
a) Data and Analysis:
January 1, 2017, Authorized Shares:
13,000 shares of 8%, $100 par value Preferred Stock
526,000 shares of no-par Common Stock with a stated value of $3 per share
Jan. 10: Cash $507,000 Common stock $253,500 Additional Paid-in Capital $253,500
Mar. 1: Cash $540,750 Preferred stock $515,000 Additional Paid-in Capital $25,750
Apr. 1 Land $91,000 Common stock $72,000 Additional Paid-in Capital $19,000
May 1: Cash $396,625 Common stock $250,500 Additional Paid-in Capital $146,125
Aug. 1: Attorney Fees $38,500 Common stock $33,000 Additional Paid-in Capital $5,500
Sept. 1: Cash $84,000 Common stock $36,000 Additional Paid-in Capital $48,000
Nov. 1: Cash $218,000 Preferred stock $200,000 Additional Paid-in Capital $18,000
At the beginning of his current tax year, David invests $13,410 in original issue U.S. Treasury bonds with a $10,000 face value that mature in exactly 25 years. David receives $540 in interest ($270 every six months) from the Treasury bonds during the current year, and the yield to maturity on the bonds is 3.4 percent. (Round your intermediate calculations to the nearest whole dollar amount.) a. How much interest income will he report this year if he elects to amortize the bond premium
Answer:
The amount of income that David will report this year if he elects to amortize the bond premium is $455.94.
Explanation:
This can be calculated as follows:
Interest income = Carrying value of the bond * Yield to maturity…………….. (1)
Where;
Carrying value of the bond = $13,410
Yield to maturity = 3.4%
Substituting the values into equation (1), we have:
Interest income = $13,410 * 3.4% = $455.94
Therefore, the amount of income that David will report this year if he elects to amortize the bond premium is $455.94.
Jenny has a $82,500 basis in her 50 percent partnership interest in the JM Partnership before receiving any distributions. This year JM makes a proportionate operating distribution to Jenny of a parcel of land with an $110,000 fair value and a $89,700 basis to JM. The land is encumbered with a $42,850 mortgage (JM's only liability). What is Jenny's basis in the land and her remaining basis in JM after the distribution
Answer:
$89,700 land basis, $14,225 JM basis.
Explanation:
Calculation to determine Jenny's basis in the land and her remaining basis in JM after the distribution
Based on the information given her basis in the land equal to the amount of $89,700 while are remaining basis in JM is the amount of $14,225, Calculated as:
Predistribution basis in JM $82,500
Add deemed contribution $21,425
(50%*$42,850)
Less: basis allocated to land ($89,700)
Remaining basis in JM $14,225
Therefore her basis in the land and her remaining basis in JM after the distribution are:
$89,700 land basis, $14,225 JM basis.
The Ring Division of A1d-Y6z Company reported the following information for May: selling price per unit .................... $35 variable costs per unit ................... $12 turnover .................................. 2.50 residual income ........................... $229,600 margin .................................... 22% units sold ................................ 40,000 Calculate the number of units the Ring Division needed to sell in May in order for the residual income in May to be $505,600.
Answer:
52,000 units
Explanation:
Selling price = $35*40,000 = $1,400,000
Variable cost = $12 * 40,000 = $480,000
Contribution margin = $1,400,000 - $480,000 = $920,000
Fixed cost = Residual income + Contribution
Fixed cost = $920,000 - $229,600
Fixed cost = $690,400
Sales to earn residual income = [Fixed cost + Desired profit] / Contribution per unit
Sales to earn residual income = [$690,400 + $505,600] / $35 - $12
Sales to earn residual income = $1,196,000 / $23
Sales to earn residual income = 52,000 units
In June 2000, the SEC brought civil charges against seven top executives of Cendant Company. The SEC alleged that these officials had, among other things, inflated income by more than $100 million through improper use of company reserves. These proceedings were a result of a longstanding investigation by the SEC of financial fraud that started back in the 1980s. In your opinion, in which stage of the criminal litigation process is this case? Why?
Answer:
First stage
Explanation:
Filing of criminal charges against an offender is usually the first stage in a criminal litigation process. The investigation carried out by SEC is a preliminary process and may not be counted as First stage.
The criminal litigation process is made up seven ( 7 ) process and the investigative part of the process is to Identify the civil charges
Which is NOT a reason companies integrate horizontally?
A To expand internationally.
B Tobe in control of the resources used in the production process.
C To expand brand equity across new product lines.
D To increase production capacity.
Borges Machine Shop, Inc. has a 1-year contract for the production of 200,000 gear housings for a new off-road vehicle. Owner Luis Borges hopes the contract will be extended and the volume increased next year. Borges has developed costs for three alternatives. They are general-purpose equipment (GPE), flexible manufacturing system (FMS), and expensive, but efficient dedicated machine (DM). The cost data follow:
General Purpose Flexible Manufacturing Dedicated
Equipment System Machine
GPE FMS DM
Annual contracted units 200,000 200,000 200,000
Annual fixed cost $100,000 $200,000 $500,000
Per unit variable cost $15 $14 $13
Which process is best for this contract?
Answer:
FMS
Explanation:
The computation is shown below;
For GPE
Given that
Annual contracted unit(Q) = 200000 units
Fixed cost (FC) = $100000
Variable cost (VC) = $15
Now
Total cost = FC + (Q × VC)
= 100000 + (200000 × 15)
= 100000 + 3000000
= $3100000
For FMS
Given that
Annual contracted unit(Q) = 200000 units
Fixed cost (FC) = $200000
Variable cost (VC) = $14
Total cost = FC + (Q × VC)
= 200000 + (200000 × 14)
= 200000 + 2800000
= $3000000
For DM
Given that
Annual contracted unit(Q) = 200000 units
Fixed cost (FC) = $500000
Variable cost (VC) = $13
Total cost = FC + (Q × VC)
= 500000 + (200000 × 13)
= 500000 + 2600000
= $3100000
So for this type of contract FMS is best as it contains the lowest total cost.
One thousand adults live in Milltown. Every day, they all leave work at 4:30 p.m., arrive home at exactly 5:00 p.m., and go to bed at 9:00 p.m. Three fundraisers, Alpha, Beta, and Charlie, have targeted Milltown's population. To get a donation, they must call Milltown's residents after they get home from work but before they go to bed. Because the charities raising the funds are identical, the first to call a willing donor will get the donation. Beta's manager has decided that the best time to call is 7:00 p.m. because it is exactly halfway between 5:00 p.m. and bedtime. Which of the following is true?
a. Alpha and Charlie will also make calls at 7:00 p.m.
b. Beta's manager did not choose wisely.
c. Alpha and Charlie will divide up the rest of the market, with one choosing to call at 6:00 p.m. and the other at 8:00 p.m.
d. Beta is certain to generate the most donations.
Answer:
b. Beta's manager did not choose wisely.
Explanation:
If you know that you are competing with identical charities, calling later will only result in fewer donations. The calls should start at 5 PM, and probably the three fundraisers will start calling at the same time. The only advantage that they can have depends on reaching the adults first, so the time of the calls is important.
How much interest (to the nearest dollar) would be saved on the following loan if the condominium were financed for 15 rather than 30 years? A $256,000 condominium bought with a 30% down payment and the balance financed for 30 years at 3.05%
Answer:
The interest saved is $49569.228 or $49569.
Explanation:
Total price of Condominium=$256,000
Downpayment=30% of total price=30%x$256,000= 76800
Amount Financed=Total Payment-Downpayment
Amount Financed=256000-76800=179200
Annual Interest rate=3.05%
Monthly interest rate =[tex]\frac{3.05\%}{12}[/tex]=0.25146%
The montly installment is calculated as follows:
[tex]M=\dfrac{P}{\dfrac{1-\left(\dfrac{1}{1+\dfrac{r}{100}}\right)^{nt}}{\dfrac{r}{100}}}[/tex]
Here
M is the montly installmentP is the amount financedr is the montly rate in percentagen is the number of yearst is the number of months in a yearCase 1 when the number of years is 30.
So the equation becomes
[tex]M=\dfrac{P}{\dfrac{1-\left(\dfrac{1}{1+\dfrac{r}{100}}\right)^{nt}}{\dfrac{r}{100}}}\\\\M=\dfrac{179200}{\dfrac{1-\left(\dfrac{1}{1+\dfrac{0.25146}{100}}\right)^{30*12}}{\dfrac{0.25146}{100}}}\\\\M=\dfrac{179200}{\dfrac{1-\left(\dfrac{1}{1+0.0025146}\right)^{30*12}}{0.0025146}}\\\\M=\dfrac{179200}{\dfrac{1-\left(\dfrac{1}{1.0025146}\right)^{30*12}}{0.0025146}}\\\\M=\dfrac{179200\times {0.0025146}}{1-\left(\dfrac{1}{1.0025146}\right)^{30*12}}\\M=\dfrac{450.61632}{0.59510 }\\M=\$757.2087[/tex]
So the total amount paid in installments is
[tex]T=M\times n\times t[/tex]
So the equation becomes
[tex]T=M\times n\times t\\T=757.2087\times 30\times 12\\T=\$272595.132[/tex]
So the interest is given as
[tex]I=T-P\\I=272595.132-179200\\I=\$93395.132[/tex]
So a total interest of $93395.132 is paid when the amount is financed for 30 years.
Case 2 when the number of years is 15.
So the equation becomes
[tex]M=\dfrac{P}{\dfrac{1-\left(\dfrac{1}{1+\dfrac{r}{100}}\right)^{nt}}{\dfrac{r}{100}}}\\\\M=\dfrac{179200}{\dfrac{1-\left(\dfrac{1}{1+\dfrac{0.25146}{100}}\right)^{15*12}}{\dfrac{0.25146}{100}}}\\\\M=\dfrac{179200}{\dfrac{1-\left(\dfrac{1}{1+0.0025146}\right)^{15*12}}{0.0025146}}\\\\M=\dfrac{179200}{\dfrac{1-\left(\dfrac{1}{1.0025146}\right)^{15*12}}{0.0025146}}\\\\M=\dfrac{179200\times {0.0025146}}{1-\left(\dfrac{1}{1.0025146}\right)^{15*12}}\\M=\dfrac{450.61632}{0.36368 }\\M=\$1239.0328[/tex]
So the total amount paid in installments is
[tex]T=M\times n\times t[/tex]
So the equation becomes
[tex]T=M\times n\times t\\T=1239.0328\times 15\times 12\\T=\$223025.904[/tex]
So the interest is given as
[tex]I=T-P\\I=223025.904-179200\\I=\$43825.904[/tex]
So a total interest of $43825.904 is paid when the amount is financed for 15 years.
The savings on interest if the condominium is financed for 15 years is given as
[tex]S=I_{30}-I_{15}\\S=93395.132-43825.904\\S=49569.228[/tex]
The interest saved is $49569.228 or $49569.
g Earnings per share Financial statement data for the years 20Y5 and 20Y6 for Black Bull Inc. follow: 20Y5 20Y6 Net income $1,687,000 $2,632,000 Preferred dividends $40,000 $40,000 Average number of common shares outstanding 90,000 shares 120,000 shares a. Determine the earnings per share for 20Y5 and 20Y6. Round to two decimal places. 20Y5 20Y6 Earnings per Share $fill in the blank 1 $fill in the blank 2 b. Is the change in the earnings per share from 20Y5 to 20Y6 favorable or unfavorable
Answer:
a) EPS
2005 Earnings per share=$18.3
2005 Earnings per share=$21.6
b) EPS Variance = $3.3 favorable
Explanation:
Earnings per share(EPS) is the total earnings attributable to ordinary shareholders divided by the number of units of common stock
Earnings attributable to ordinary shareholders= Net income after tax - preference dividend
Earnings per share = (Net income after tax - preference dividend)/Number of shares
2005 Earnings per share = $1,687,000- $40,000/90,000 shares=$18.3
2006 Earnings per share=($2,632,000- $40,000)/120,000 shares=$21.6
2005 Earnings per share=$18.3
2006 Earnings per share=$21.6
EPS Variance
Comparing the EPS the Earning per share in 2006 is higher than that of 2005. Hence, the variance = 21.6-18.3= $3.3 favorable
EPS Variance = $3.3 favorable
The following income statements are provided for Li Company's last two years of operation: Year 1 Year 2 Number of units produced and sold 4,500 4,100 Sales revenue $ 69,750 $ 63,550 Cost of goods sold 41,700 38,000 Gross margin 28,050 25,550 General, selling, and administrative expenses 17,500 16,300 Net income $ 10,550 $ 9,250 Assuming that cost behavior did not change over the two-year period, what is Li Company's contribution margin in Year 2?
Answer:
$13,325
Explanation:
Calculation to determine Li Company's contribution margin in Year 2
First step is to calculate the Variable cost per unit
Using this formula
Variable cost per unit = Change in costs ÷ Change in activity Cost of goods sold
Let plug in the formula
Variable cost per unit = (41,700 − 38,000) ÷ (4,500 units − 4,100 units)
Variable cost per unit =3,700/400
Variable cost per unit = $9.25 per unit
Second step is to calculate the Selling and administrative expense
Variable cost per unit = (17,500- 16,300) ÷ (4,500 units − 4,100 units)
Variable cost per unit =1,200/400 units
Variable cost per unit = $3.00 per unit
Now let calculate the Contribution margin in Year 2
Using this formula
Contribution margin = Sales revenue − Variable costs
Let plug in the formula
Contribution margin= $ 63,550 − [4,100 units × ($9.25 per unit + $3.00 per unit)]
Contribution margin=$ 63,550-(4,100 units×$12.25)
Contribution margin=$ 63,550-$50,225
Contribution margin = $13,325
Therefore Li Company's contribution margin in Year 2 is $13,325
Foods Galore is a major distributor to restaurants and other institutional food users. Foods Galore buys cereal from a manufacturer for $20.00 per case. Annual demand for cereal is 200,000 cases, and the company believes that the demand is constant at 800 cases per day for each of the 250 days per year that it is open for business. Average lead time from the supplier for replenishment orders is eight days, and the company believes that it is also constant. The purchasing agent at Foods Galore believes that annual inventory carrying cost is 10 percent and that it costs $40.00 to place an order.
How many cases of cereal should Foods Galore order each time it places an order? What is the total annual inventory cost if you order based on your Economic Order Quantity? (Sum of annual product purchasing cost, holding cost, and ordering cost). What is the total annual inventory cost if Foods Galore orders 10,000 each order at $18 per case? (Sum of annual product purchasing cost, holding cost, and ordering cost)
Answer:
The appropriate solution is:
(a) 2828 cases each time
(b) $4005656.85
(c) $3609800
Explanation:
The given values are:
Annual demand,
D = 200,000 cases
Per case cost,
C = $20
Carrying host,
H = [tex]10 \ percent\times 20[/tex]
= $[tex]2[/tex]
Ordering cost,
S = $40
(a)
The economic order quantity will be:
⇒ [tex]Q^*=\sqrt{(\frac{2DS}{H} )}[/tex]
On substituting the values, we get
[tex]=\sqrt{[\frac{(2\times 200000\times 40)}{2} ]}[/tex]
[tex]=\sqrt{\frac{16000000}{2} }[/tex]
[tex]=2828[/tex]
(b)
According to the question,
The annual ordering cost will be:
= [tex](\frac{D}{Q^*}) S[/tex]
= [tex](\frac{200000}{2828}) 40[/tex]
= [tex]2828.85[/tex] ($)
The annual carrying cost will be:
= [tex](\frac{Q^*}{2})H[/tex]
= [tex](\frac{2828}{2} )2[/tex]
= [tex]2828[/tex] ($)
The annual purchase cost will be:
= [tex]D\times C[/tex]
= [tex]200000\times 20[/tex]
= [tex]4000000[/tex] ($)
Now,
The total inventory cost will be:
= [tex]2828.85+2828+4000000[/tex]
= [tex]4005656.85[/tex] ($)
(c)
According to the question,
Order quantity,
Q = 10000 cases
Per case cost,
C = $18
Carrying cost,
H = [tex]10 \ percent\times 18[/tex]
= [tex]1.8[/tex]
The annual ordering cost will be:
= [tex](\frac{D}{Q} )S[/tex]
= [tex](\frac{200000}{10000} )40[/tex]
= [tex]800[/tex] ($)
The annual carrying cost will be:
= [tex](\frac{Q}{2} )H[/tex]
= [tex](\frac{10000}{2} )1.8[/tex]
= [tex]9000[/tex] ($)
The annual purchase cost will be:
= [tex]D\times C[/tex]
= [tex]200000\times 18[/tex]
= [tex]3600000[/tex]
Now,
The total cost of inventory will be:
= [tex]800+9000+3600000[/tex]
= [tex]3609800[/tex] ($)
Livingston Fabrication has created the following aggregate plan for the next five months:
August September October November December
Forecasting demand (units of finished goods)
1,000,000.00 1,000,000.00 2,000,000.00 4,000,000.00 1,000,000.00
Production plan
2,000,000.00 2,000,000.00 2,000,000.00 2,000,000.00 2,000,000.00
Assume that Livingston will have nothing in inventory at the end of July. Livingston employs 500 production assembly workers and it takes one production assembly worker 3 minutes to assemble one unit of finished good. (The unit is complete at that point.) Each production assembly worker can provide 160 hours of assembly time a month without requiring overtime pay.
Livingston wants to complete this plan without working any overtime in assembly. How many additional production assembly workers does Livingston need to hire, in order to accomplish this? When should they be hired?
Using this production plan, how many units will be in inventory at the end of October?
What will the average inventory level be each month?
Answer:
Livingston Fabrication
1. Additional production assembly workers needed = 125
2. They should be hired July ending for August production.
3. 2,000,000 units will be in inventory at the end of October.
4. The average inventory level each month will be 1,200,000 units.
Explanation:
a) Data and Calculations:
(in thousands) August September October November December
Beginning inventory 0 1,000 2,000 2,000 0
Production plan 2,000 2,000 2,000 2,000 2,000
Forecasting demand
(units of finished goods) 1,000 1,000 2,000 4,000 1,000
Ending inventory 1,000 2,000 2,000 0 1,000
Number of assembly workers employed = 500
Minutes per employee to assemble one unit of finished good = 3
Total hours that each assembly worker can provide per month = 160
Total time provided by each assembly worker in minutes = 9,600 (160*60)
Total units produced by each worker in a month = 3,200 (9,600/3) units
Total units produced by 500 workers = 1,600,000 (3,200 * 500)
Production planned units per month = 2,000,000
Units required to be produced by hiring extra workers = 400,000
Workers required to produce the extra 400,000 units = 125 (400,000/3,200)
Average inventory level each month = Total ending inventory/5
= 6,000/5
= 1,200
Garcia Co. sells snowboards. Each snowboard requires direct materials of $119, direct labor of $49, and variable overhead of $64. The company expects fixed overhead costs of $673,000 and fixed selling and administrative costs of $160,000 for the next year. It expects to produce and sell 11,900 snowboards in the next year. What will be the selling price per unit if Garcia uses a markup of 15% of total cost
Answer:
$70 per units
Explanation:
Calculation to determine What will be the selling price per unit if Garcia uses a markup of 15% of total cost
First step is to calculate total cost per unit.
Using this formula
Total Cost per unit = Unit Direct materials cost + Unit Direct labor costs + Unit Variable Costs + Unit Fixed Costs
Let plug in the formula
Total Cost per unit = $119 + 49 + 64 + 70
Total Cost per unit = $302
.
Second step is to calculate the Selling Price Per Unit
Selling Price Per Unit = $302 +( 15%*$302)
Selling Price Per Unit = 302 + 45.30
Selling Price Per Unit = $347.30
Third step is to calculate the Total Fixed Costs using this formula
Total Fixed Costs = fixed overhead costs + Fixed selling and administrative costs
Let plug in the formula
Total Fixed Costs=$673,000+$160,000
Total Fixed Costs= $833,000
Now let calculate the Fixed Cost per unit using this formula
Fixed Cost per unit = Total Fixed Costs / Total Units
Let plug in the formula
Fixed Cost per unit =$833,000/11,900
Fixed Cost per unit = $70 per unit
Therefore What will be the selling price per unit if Garcia uses a markup of 15% of total cost is $70 per unit
Cominsky Company purchased a machine on July 1, 2018, for $28,000. Cominsky paid $200 in title fees and county property tax of $125 on the machine. In addition, Cominsky paid $500 shipping charges for delivery, and $475 was paid to a local contractor to build and wire a platform for the machine on the plant floor. The machine has an estimated useful life of 6 years with a salvage value of $3,000.
Determine the depreciation base of Cominsky’s new machine. Cominsky uses straight-line depreciation.
Depreciation base $
Entry field with incorrect answer now contains modified data
Answer:
$26,300
Explanation:
Depreciation Base is the total amount charged to expenses over an asset's useful life.
In Straight line method of Depreciation:
Depreciation Base = (Cost of Asset - Salvage Value)
Cost of Asset $28,000 + $200 + $125 + $500 + $475
Cost of Asset = $29,300
Depreciable Base = $29,300 - $3,000
Depreciable Base = $26,300
Shown below is a segmented income statement for Mullett Marina’s three main boating service lines:
Winter Storage Boat Fuel & Boat Total
Concessions Maintenance
Sales revenue $4,000,000 $1,000,000 $5,000,000 $10,000,000
Less: Variable expenses 2,000,000 200,000 4900,000 7,100,000
Contribution margin $2,000,000 $800,000 $100,000 $2,900,000
Less direct fixed expenses:
Garage/warehouse rent 700,000 55,000 350,000 1,105,000
Supervision 50,000 70,000 150,000 270,000
Equipment depreciation 250,000 75,000 100,000 425,000
Segment margin $1,000,000 $600,000 $(500,000) $1,100,000
Relevant fixed costs associated with this line include 60% of Boat Maintenance’s garage/warehouse rent and 50% of Boat Maintenance’s supervision salaries. In addition, assume that dropping the Boat Maintenance service line would reduce sales of the Winter Storage line by 20% and sales of the Boat Fuel & Concessions line by 10%. All other information remains the same.
Required:
1. If the Boat Maintenance service line is dropped, what is the contribution margin for the Boat Fuel & Concessions line? For the Winter Storage line?
2. Which alternative (keep or drop the Boat Maintenance line) is now more cost effective and by how much?
Answer:
1. We have:
Contribution margin for the Boat Fuel & Concessions line = $700,000
Contribution margin for the Winter Storage line = $1,200,000
2. Keeping Boat Maintenance service line by $630,000.
Explanation:
Note that after dropping Boat Maintenance service line, its Sales revenue and Variable expenses will be eliminated while all the fixed costs will be retained. This is because, generally in Management Accounting, the fact that a a fixed cost is a direct cost does NOT mean that it is avoidable.
Note: See part a of the attached excel for the Segmented Income Statement Before Dropping Boat Maintenance service line, and see part b of the attached excel for the Segmented Income Statement After Dropping Boat Maintenance service line.
1. If the Boat Maintenance service line is dropped, what is the contribution margin for the Boat Fuel & Concessions line? For the Winter Storage line?
In the part b of the attached excel, we have:
Contribution margin for the Boat Fuel & Concessions line = $700,000
Contribution margin for the Winter Storage line = $1,200,000
2. Which alternative (keep or drop the Boat Maintenance line) is now more cost effective and by how much?
From the part a of the attached excel file, we have:
Operating income before dropping Boat Maintenance service line = $815,000
Operating income after dropping Boat Maintenance service line = -$185,000
Cost saving = $815,000 - $185,000 = $630,000
Therefore, keeping Boat Maintenance service line by $630,000.
Deleon Inc. is preparing its annual budgets for the year ending December 31,2020. Accounting assistants furnish the data shown below. Product Product JB 50 JB 60 Sales budget: Anticipated volume in units 404,800 203,400 $22 $27 Unit selling price Production budget: Desired ending finished goods units 18,100 29,200 Beginning finished goods units 33,700 11,400 Direct materials budget: Direct materials per unit (pounds) 1 18,600 Desired ending direct materials pounds 33,600 Beginning direct materials pou 41,000 11,300 $3 $3 Cost per pound Direct labor budget: Direct labor time per unit 0.3 0.6 Direct labor rate per hour $11 $11 Budgeted income statement: $12 $21 Total unit cost 92 An accounting assistant has prepared the detailed manufacturing overhead budget and the selling and administrative expense budget. The latter sho selling expenses of $664,000 for product JB 50 and $363,000 for product JB 60, and administrative expenses of $542,000 for product JB 50 and $344,000 for product JB 60. Interest expense is $150,000 (not allocated to products). Income taxes are expected to be 30%.
Prepare the sales budget for the year.
Answer:
Sales Budget - Deleon Inc.
Particulars JB50 JB60 Total
Expected unit sales 404,800 203,400
Selling price per unit $22.00 $27.00
Projected Sales Revenue $8,905,600 $5,491,800 $14,397,400
Wildhorse Co. had the following assets on January 1, 2022. Useful Life (in years) Item Cost Purchase Date Useful Life (in years) Salvage Value Machinery $68,000 Jan. 1, 2012 10 $ 0 Forklift 27,000 Jan. 1, 2019 5 0 Truck 33,400 Jan. 1, 2017 8 3,000 During 2022, each of the assets was removed from service. The machinery was retired on January 1. The forklift was sold on June 30 for $11,700. The truck was discarded on December 31. Journalize all entries required on the above dates, including entries to update depreciation, where applicable, on disposed assets. The company uses straight-line depreciation. All depreciation was up to date as of December 31, 2021. (Credit account titles are automatically indented when the amount is entered. Do not indent manually. If no entry is required, select "No Entry" for the account titles and enter 0 for the amounts.)
Solution :
Journal Entry
Date Account and Explanation Debit Credit
1 Jan,2022 Accumulated depreciation-machine $ 68,000
Machine $ 68,000
30 June, Depreciation expense, [tex]$\left(\frac{27000}{5} \times \frac{6}{12}\right)$[/tex] $ 2700
2022 Accumulated depreciation- Forklift $ 2700
30 June, Cash $ 11,700
2022 Accumulated depreciation- Forklift, $ 18,900
[tex]$\left(\frac{27000}{5} \times 3.5 \right)$[/tex]
Gain on sale of forklift $ 3600
Forklift $ 27000
31 Dec, Depreciation expense, [tex]$\left( \frac{33400-3000}{8}\right)$[/tex] $ 3800
2022 Accumulated depreciation - Truck $ 3800
31 Dec, Accumulated depreciation - Truck, $ 22800
2022 [tex]$\left( \frac{33400-3000}{8} \times 6\right)$[/tex]
Loss on disposal of truck $ 10600
Truck $ 33400
Market screening is a method of market analysis and assessment that permits management to identify a small number of desirable markets by eliminating those judged to be less attractive.
When considering initial entry into international markets, or later expansion of international presence, companies Inust screen the large number of potential markets to identify the smaller subset of most promising candidates. This exercise examines one type of market screening, called country screening, and reviews the steps in this screening process as well as key tasks and considerations in each step.
Place the country screening steps in the order they occur, from first to last.
Rank the options below
1. Assess competitive forces such as the number, size, and financial strength of the competitors.
2. Assess economic and financial forces such as trends in inflation, currency exchange rates, and interest rates.
3. Assess sociocultural forces associated with doing business in a particular area or country,
4. Assess basic need potential of specific goods or services
5. Assess political and legal forces such as profit remittance barriers and policy stability
6. Assess prospective markets through personal visits to those markets with the best potential
Answer: See explanation
Explanation:
The country screening steps when placed accordingly from the first to the last will be:
1. Assess basic need potential of specific goods or services.
2. Assess economic and financial forces such as trends in inflation. currency exchange rates, and interest rates.
3. Assess political and legal forces such as profit remittance barriers and policy stability.
4. Assess sociocultural forces associated with doing business in a particular area or country.
5. Assess competitive forces such as the number, size, and financial strength of the competitors.
6. Assess prospective markets through personal visits to those markets with the best potential.
Suppose that the public holds 50% of the money supply in currency and the reserve requirement is 20%. Banks hold no excess reserves. A customer deposits $6,000 in her checkable deposit. Assume that after receiving the deposit, the bank lends out its excess reserves. When the loan is spent, _____ of the loan will be a checkable deposit and _____ will be held by the public as cash. $6,000; $0
Answer: $2,400; $2,400
Explanation:
If a deposit of $6,000 is made, the reserve requirement is 20% so the bank will have to reserve this amount of:
= 6,000 * 20%
= $1,200
The bank will be left with:
= 6,000 - 1,200
= $4,800
The bank lends all of this out.
The public holds 50% of the currency so they will keep:
= 50% * 4,800
= $2,400
The rest - which is $2,400 - will be deposited as checkable deposits.
"Minimum wage laws cause unemployment because the legal minimum wage is set" 9) A) above the market wage, causing labor demand to be greater than labor supply. B) below the market wage, causing labor demand to be greater than labor supply. C) too low. D) below the market wage, causing labor demand to be less than labor supply. E) above the market wage, causing labor demand to be less than labor supply.
Answer: E) above the market wage, causing labor demand to be less than labor supply.
Explanation:
Minimum wage simply refers to the lowest wage that employers can pay their workers. Minimum wage is a form of price floor which means that it's typically higher than the equilibrium or market wage.
In this case, since it's higher than the market wage, there'll be an increase in the supply of labor as those that are unemployed will be willing to work duw to the increase in the wage rate.
On the other hand, there'll be a reduction in the demand for labor as employers typically will want to reduce cost and won't be interested in employing more workers.
Therefore, the correct option is E
An analysis of stockholders' equity of Hahn Corporation as of January 1, 2020, is as follows: Common stock, par value $20; authorized 100,000 shares; issued and outstanding 90,000 shares $1,800,000 Additional Paid-in capital 900,000 Retained earnings 760,000 Total $3,460,000 During 2020, the company entered into the following transactions: Acquired 2,500 shares of its stock for $75,000. Sold 2,000 treasury shares at $35 per share. Sold the remaining treasury shares at $20 per share. Assuming no other equity transactions occurred during 2020, what should Hahn report at December 31, 2020, as total additional paid-in capital?
Answer:
$905,000
Explanation:
Calculation to determine what should Hahn report at December 31, 2020, as total additional paid-in capital
Total Additional Paid-in capital=$900,000 + (2,000 × $5) –[(2,500-2,000)× $10]
Total Additional Paid-in capital=$900,000 + (2,000 × $5) – (500 × $10)
Total Additional Paid-in capital=$900,000 + $10,000-$5,000
Total Additional Paid-in capital = $905,000
Therefore The amount that Hahn should report at December 31, 2020, as total additional paid-in capital is $905,000
What does "pivoting" mean in the process of concept development?
Select an answer:
• applying the same concept to a completely different problem
• adapting or modifying a concept to address one of the four enablers (1)
• identifying data required to validate a concept
• ideating to establish the antithesis of the design concept
Answer:
identifying data required to validate a concept
The Foundational 15 (Static) [LO13-2, LO13-3, LO13-4, LO13-5, LO13-6] Skip to question [The following information applies to the questions displayed below.] Cane Company manufactures two products called Alpha and Beta that sell for $120 and $80, respectively. Each product uses only one type of raw material that costs $6 per pound. The company has the capacity to annually produce 100,000 units of each product. Its average cost per unit for each product at this level of activity are given below: Alpha Beta Direct materials $ 30 $ 12 Direct labor 20 15 Variable manufacturing overhead 7 5 Traceable fixed manufacturing overhead 16 18 Variable selling expenses 12 8 Common fixed expenses 15 10 Total cost per unit $ 100 $ 68 The company considers its traceable fixed manufacturing overhead to be avoidable, whereas its common fixed expenses are unavoidable and have been allocated to products based on sales dollars. Foundational 13-1 (Static) Required: 1. What is the total amount of traceable fixed manufacturing overhead for each of the two products
Answer:
Cane Company
Total traceable fixed manufacturing overhead:
Alpha = $1,600,000
Beta = $1,800,000
Explanation:
a) Data and Calculations:
Alpha Beta
Selling price per unit $120 $80
Direct materials $ 30 $ 12
Direct labor 20 15
Variable manufacturing overhead 7 5
Traceable fixed manufacturing overhead 16 18
Variable selling expenses 12 8
Common fixed expenses 15 10
Total cost per unit $ 100 $ 68
Total traceable fixed manufacturing overhead:
Alpha = $1,600,000 ($16 * 100,000)
Beta = $1,800,000 ($18 * 100,000)
George is responsible for examining the heating and air conditioning system of an upcoming hotel. So, George is a mechanical____
Answer:
a mechanical inspector
A major equipment purchase is being considered Metro Atlanta. The initial cost is determined to be $1,000,000. It is estimated that this new equipment will save $100,000 the first year and increase gradually by $50,000 for the next 6 years. MARR= 10%.
A) The payback period for this equipment purchase is______
B) The B/C ratio for this investment is ________
C) The NFW of this investment is ________
Super Clinics offers one service that has the following annual cost and utilization estimates: Variable cost per visit $ 10 Annual direct fixed costs $50,000 Allocation of overhead costs $20,000 Expected utilization 1,000 visits What price per visit must be set if the clinic wants to make an annual profit of $10,000 on the service? A. $ 70 B. $ 80 C. $ 90 D. $100 E. $110
Answer:
C. $ 90
Explanation:
Number of visits = 1,000
Variable cost = $10 × 1,000 = $10,000
Fixed cost = $50,000
Overhead cost = $20,000
Required profit = $10,000
So,Total Cost = Variable Cost+ Fixed Cost+ Overhead Cost
= $10,000 + $50,000 + $20,000
= $80,000
Now, Price per Visit = (Total Cost+ Required Profit) ÷ Number of visits
= ($80,000 + $10,000) ÷ 1,000
= $90,000 ÷ 1,000
= $90
Jennifer is preparing for a conference. For that, she needs to access various websites to secure relevant information on various companies participating in the conference. Which software application will enable her to view the websites of all the companies?
A.
Internet
B.
URL
C.
browser
D.
email
E.
malware
Answer:
C. browser
internet is the software and the browser is the application.
