Answer: C. Baker will prevail over Charlie because Baker recorded the deed before a Charlie paid Able for the property.
Explanation:
As soon as Baker accurately and immediately recorded the deed with the appropriate county offices after the property was conveyed to him, he took over ownership of the property from Able.
Able received money from Charlie and signed a new deed after this had happened so Baker would prevail because Baker, not Able, owns the property and so Able cannot sell what does not belong to him.
Since Baker registered the deed when Charlie paid Able for the land, he will triumph over Charlie.
Title has been transmitted to Baker since Able ceded real property to Baker in a properly drafted and executed deed that was documented with the relevant county agencies. Able has no rights to the land after transfer, thus he can't transmit something that doesn't belong to him.
So, Option "C" is the correct answer to the following question.
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Sonic Inc. manufactures two models of speakers, Rumble and Thunder. Based on the following production and sales data for June, prepare (a) a sales budget and (b) a production budget: Rumble Thunder Estimated inventory (units), June 1 284 79 Desired inventory (units), June 30 327 69 Expected sales volume (units): Midwest Region 4,300 4,800 South Region 5,050 4,400 Unit sales price $95 $225
Answer:
Sonic Inc.
a. Sales Budget for the month of June:
Rumble Thunder Total
Midwest Region 4,300 4,800 9,100
South Region 5,050 4,400 9,450
Total units sold 9,350 9,200 18,550
Sales price $95 $225
Expected Sales Revenue $888,250 $2,070,000 $2,958,250
b. Production Budget for the month of June:
Rumble Thunder Total
Desired inventory (units), June 30 327 69 396
Total units sold 9,350 9,200 18,550
Total units available for sale 10,287 9,269 19,556
Estimated inventory (units), June 1 284 79 363
Units to be produced 10,003 9,190 19,193
Explanation:
a) Data and Calculations:
Rumble Thunder
Estimated inventory (units), June 1 284 79
Desired inventory (units), June 30 327 69
Expected sales volume (units):
Midwest Region 4,300 4,800
South Region 5,050 4,400
Unit sales price $95 $225
Epsilon Co. can produce a unit of product for the following costs: Direct material $ 8 Direct labor 24 Overhead 40 Total costs per unit $72 An outside supplier offers to provide Epsilon with all the units it needs at $60 per unit. If Epsilon buys from the supplier, the company will still incur 40% of its overhead (this means that no matter what Epsilon does, 40% of the overhead costs will remain). Epsilon should choose to:
Answer:
It is cheaper to make the units in-house.
Explanation:
Giving the following information:
Make in-house:
Direct material $ 8
Direct labor 24
Overhead 40
Total costs per unit $72
Buying price= $60
We need to determine which option provides the lower cost. Because 40% of overhead will remain constant, we have to take it out of the equation.
Production cost:
Direct material $ 8
Direct labor 24
Overhead= 40*0.6= 24
Total production cost= $56
It is cheaper to make the units in-house.
North Pole Toys needs to decide on their newest product line for Christmas. They narrowed their options to two possibilities: Product A would incur a fixed cost of $3,000 and a variable cost of $6 per unit and sells for $7.50; Product B would incur a fixed cost of $1,200 and a variable cost of $9 per unit and sells for $10.
A. What is the break-even point for each of the two products?
B. What is the point of indifference between the two products?
Answer:
A-1. Product A break-even point = 2,000 units
A.2. Product A break-even point = 1,200 units
B. Point of indifference between the two products = 600 units
Explanation:
A. What is the break-even point for each of the two products?
Break-even point which is the point at which the total cost of production of a product is equal to the total revenue of the product can be calculated using the following formula:
Break-even point = Fixed cost / (Selling price per unit - Variable cost per unit) ........ (1)
Using equation (1), we have:
A-1. Product A break-even point = $3,000 / ($7.50 - $6) = 2,000 units
A.2. Product A break-even point = $1,200 / ($10 - $9) = 1,200 units
B. What is the point of indifference between the two products?
Point of indifference between the two products which is the point at which the total costs of the two products are the same can be calculated as follows:
Differential fixed cost = Product A fixed cost - Product B fixed cost = $3,000 - $1,200 = $1,800
Differential variable cost per unit = Product B fixed cost variable cost per unit - Product A variable cost per unit = $9 - $6 = $3
Point of indifference between the two products = Differential fixed cost / Differential variable cost per unit = $1,800 / $3 = 600 units
Note: To obtain any of the two differentials, the lower must be deducted from the higher as done above.
Joe bought a stock at $57 per share. The price promptly fell to $55. Joe held on to the stock until it again reached $57, and then he sold it once he had eliminated his loss. If other investors do the same to establish a trading pattern, this would contradict _______. Multiple Choice the strong-form EMH the semistrong-form EMH technical analysis the weak-form EMH
In an effort to reduce costs, many regional power companies want to lower their safety stock of electricity transformers. To support this desire, a large transformer OEM will store safety stock of transformers in a FedEx warehouse in Memphis, Tennessee in order to insure quick air delivery to any of these is power companies should the need arise. This collaboration will result in lower overall inventory across the supply chain, making it possible for all parties to lower their costs.
1. The OEM has signed up 14 power companies on this rapid replenishment program. On average, each of these power companies used to hold 38 transformers in their safety stock. In total, how many transformers would these companies hold?
2. To maintain the same service level after this transition, how many units (transformers) would the OEM need to hold (or pool) in the FedEx warehouse?
3. After making this change for these power companies and OEM, by how many units (transformers) will inventory go down?
4. By what percentage would their inventory decrease by consolidating their inventory from the dealerships into the warehouse?
Answer:
1. Total transformers held by power companies = 532
2. The total units of transformers that OEM needs to hold in the FedEx warehouse = 38
3. The inventory of transformers will go down by 494.
4. The percentage of the decrease = 93%.
Explanation:
Power companies signed up on the rapid replenishment program = 14
Average number of transformers held in safety stock by each power company = 38
Total number of transformers in safety stock = 532 (14 * 38)
Number of transformers needed in the FedEx warehouse = 38
Inventory will go down by 494 (532 - 38)
Percentage of inventory decrease = 93% (494/532 * 100)
Heidi (age 57) invested $4,000 in her Roth 401(k) on January 1, 2012. This was her only contribution to the account. On July 1, 2020, when the account balance was $6,000, she received a nonqualified distribution of $4,500. What is the taxable portion of the distribution and what amount of early distribution penalty will Heidi be required to pay on the distribution
Answer:
$450
Explanation:
For a ROTH 401 (k) qualified distribution to be non-taxable, either of the following conditions should be met:
1. Individual should be more 59 and a half years old or more.
2. Has held the account for 5 years or more.
In this case, Heidi invested at the age of 57 and received distribution of $4,500 after 8 years. So she meets both criteria but the type of distribution she received is a non-qualified one. So, $4,500 is subject to tax as per ordinary income at 10% that is $450 (0.1*4,500).
Heidi is not subject to any amount if early distribution penalty as she meets both criteria.
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Which of the following is true of downward communication?
a. Recording a project's results and accomplishments involves downward communication.
..
O b. The process of creating progress reports is an example of downward communication.
5.
c. Problem solving and clarifications in organizations involve downward communication.
7.
d. Orientation to a company's rules and practices is an element of downward communication.
8.
о
9.
10.
C
11.
Answer:
When the federal government spends more money than it receives in taxes in a ... spending over time in nominal dollars is misleading because it does not take ... defense spending as a share of GDP has generally declined since the 1960s, ... Healthcare expenditures include both payments for senior citizens (Medicare), ...
Explanation:
Speedy Delivery Company purchases a delivery van for $32,000. Speedy estimates that at the end of its four-year service life, the van will be worth $6,000. During the four-year period, the company expects to drive the van 130,000 miles. Actual miles driven each year were 35,000 miles in year 1 and 38,000 miles in year 2.
Required:
Calculate annual depreciation for the first two years of the van using each of the following methods.
Answer:
(1) Straight-line.
Year 1 depreciation expense = $6,500
Year 2 depreciation expense = $6,500
(2) Double-declining-balance.
Year 1 depreciation expense = $16,000
Year 2 depreciation expense = $8,000
(3) Activity-based.
Year 1 depreciation expense = $7,000
Year 1 depreciation expense = $7,600
Explanation:
Note: This question is not complete. The complete question is therefore provided before answering the question as follows:
Speedy Delivery Company purchases a delivery van for $32,000. Speedy estimates that at the end of its four-year service life, the van will be worth $6,000. During the four-year period, the company expects to drive the van 130,000 miles. Actual miles driven each year were 35,000 miles in year 1 and 38,000 miles in year 2.
Required:
Calculate annual depreciation for the first two years of the van using each of the following methods.
(1) Straight-line.
(2) Double-declining-balance.
(3) Activity-based.
The explanation of the answers is now given as follows:
(1) Straight-line.
Depreciable amount = Cost of the delivery van – Salvage value = $32,000 - $6,000 = $26,000
Annual depreciation rate = 1 / Number of useful years = 1 / 4 = 0.25, or 25%
Year 1 depreciation expense = Depreciable amount * Annual depreciation rate = $26,000 * 25% = $6,500
Year 2 depreciation expense = Depreciable amount * Annual depreciation rate = $26,000 * 25% = $6,500
(2) Double-declining-balance.
Note: The salvage value is taken care of in the computation of the depreciation expense for the last useful year under the double-declining-balance method.
Therefore, we have:
Cost of the delivery van = $32,000
Annual depreciation rate = Straight line annual depreciation rate * 2 = 25% * 2 = 50%
Year 1 depreciation expense = Cost of the delivery van * Annual depreciation rate = $32,000 * 50% = $16,000
Book value at the end of year 1 = Cost of the delivery van - Year 1 depreciation expense = $36,000 - $16,000 = $16,000
Year 2 depreciation expense = Book value at the end of year 1 * Annual depreciation rate = $16,000 * 50% = $8,000
(3) Activity-based.
Depreciable amount = Cost of the delivery van – Salvage value = $32,000 - $6,000 = $26,000
Depreciation rate = Actual miles driven each year / Expected driven miles for four years ……….. (1)
Depreciation expense for each year = Depreciable amount * Depreciation rate …………… (2)
Using equations (2), we have:
Year 1 depreciation expense = $26,000 * (35,000 / 130,000) = $7,000
Year 1 depreciation expense = $26,000 * (38,000 / 130,000) = $7,600
Lysiak Corporation uses an activity based costing system to assign overhead costs to products. In the first stage, two overhead costs--equipment depreciation and supervisory expense-are allocated to three activity cost pools--Machining, Order Filling, and Other--based on resource consumption. Data to perform these allocations appear below:
Overhead costs:
Equipment depreciation $ 47,000
Supervisory expense $ 6,000
Distribution of Resource Consumption Across Activity Cost Pools:
Activity Cost Pools
Machining Order Filling Other
Equipment depreciation 0.60 0.10 0.30
Supervisory expense 0.60 0.20 0.20
In the second stage, Machining costs are assigned to products using machine-hours (MHs) and Order Filling costs are assigned to products using the number of orders. The costs in the Other activity cost pool are not assigned to products. Activity data for the company's two products follow:
Activity:
MHs (Machining) Orders (Order Filling)
Product C9 6,900 200
Product U0 3,100 800
Total 10,000 1,000
What is the overhead cost assigned to Product C9 under activity-based costing?
Answer:
$23,122
Explanation:
Calculation to determine the overhead cost assigned to Product C9 under activity-based costing
First step is to calculate the cost allocation to machining activity and order filling
MACHINING
Equipment depreciation (0.60 : 0.10 : 0.30)
Machining=$47,000 x 0.60 = $28,200
Supervisory expense (0.60 : 0.20 : 0.20) Machining=$6,000 x 0.60 = $3600
Total $31,800
($28,200+$3,600)
ORDER FILLING
Equipment depreciation (0.60 : 0.10 : 0.30)
Order filling=$47,000 x 0.10 = $4,700
Supervisory expense (0.60 : 0.20 : 0.20)
Order filling=$6000 x 0.20 = $1,200
Total $5,900
($4,700+$1,200)
Second step is to calculate the Assign overhead costs to products:
Assign overhead costs to products:
Machining= $31,800 ÷ 10,000 MHs
Machining= $3.18 per MHOrder
Order Filling=$5,900 ÷ 1,000 orders
Order Filling = $5.90 per order
Now let calculate the Overhead cost for Product C9
Machining= $3.18 per MH × 6,900
Machining=$21,942
Order Filling= $5.90 per order × 200 Orders Order Filling=$1,180
TOTAL $23,122
($21,942+$1,180)
Therefore the overhead cost assigned to Product C9 under activity-based costing is $23,122
Krepps Corporation produces a single product. Last year, Krepps manufactured 20,000 units and sold 15,000 units. Production costs for the year were as follows: Direct materials $170,000 Direct labor $110,000 Variable manufacturing overhead $200,000 Fixed manufacturing overhead $240,000 Sales totaled $825,000 for the year, variable selling and administrative expenses totaled $108,000, and fixed selling and administrative expenses totaled $165,000. There was no beginning inventory. Assume that direct labor is a variable cost. Under variable costing, the company's net operating income for the year would be:
Answer:
Under variable costing, the company's net operating income for the year would be $60,000 lower than under absorption costing.
Explanation:
The computation of the operating income under variable costing is shown below:
But before that following calculations need to be done
Fixed manufacturing overhead per unit is
= $240,000 ÷ 20,000 units
= $12 per unit
Ending Inventory units is
= 20,000 units - 15,000 units
= 5,000 units
Now Cost of ending Inventory deferred under absorption costing is
= 5,000 units × $12
= $60,000
So, the second option is correct
Transic Corporation has the following financial data for 2016 and 2017. 2017 2016 ASSETS Current Assets: Cash $ 48,000 $ 14,000 Marketable Securities 9,000 13,000 Accounts Receivable 35,000 24,000 Other Current Assets 15,000 18,000 Total Current Assets 107,000 69,000 Fixed Assets (net) 140,000 130,000 Total Assets $247,000 $199,000 LIABILITIES Current Liabilities $ 72,000 $ 52,000 Long-term Liabilities 50,000 37,000 Total Liabilities $122,000 $ 89,000 Total Stockholders' Equity $125,000 $110,000 Total Liabilities And Stockholders' Equity $247,000 $199,000 What is Transic's current ratio for 2017
Answer:
1.49
Explanation:
Calculation to determine Transic's current ratio for 2017
Using this formula
2017 Current ratio=2017 Total Current Assets /2017 Current Liabilities
Let plug in the formula
2017 Current ratio=$107,000/$ 72,000
2017 Current ratio=1.486
2017 Current ratio=1.49 (Approximately)
Therefore Transic's current ratio for 2017 is 1.49
All of the following are examples of federal government programs available to families in need
except:
A. public housing
B. special housing for nuclear families.
C. emergency shelter grants for the homeless.
D. special housing for aging adults.
Answer:
I think the answer is B. No guarantees.
Explanation:
Record the following transactions as general journal entries. Use the gross-price method.
Aug. 6 Purchased $830 of merchandise on account from Johnston Co. Credit terms 2/10, n/30.
8 Bought an $18,000 truck from Pillner Co., paying $3,000 down; balance on account.
13 Purchased $2,611 of merchandise for cash from Pillner and Co.
15 Paid for the August 6 purchase of merchandise from Johnston Co.
17 Purchased $1,743 of merchandise from Luis Co. Credit terms 2/10, n/30.
Answer:
General Journal Entries:
Aug. 6 Debit Inventory $830
Credit Accounts Payable (Johnston Co.) $830
To record the purchase of merchandise; Credit terms 2/10, n/30.
Aug. 8 Debit Truck $18,000
Credit Accounts Payable (Pillner Co.) $15,000
Credit Cash $3,000
To record the purchase of truck.
Aug. 13 Debit Inventory $2,611
Credit Cash $2,611
To record the purchase of inventory for cash.
Aug. 15 Debit Accounts Payable (Johnston Co.) $830
Credit Cash $813
Credit Cash Discounts $17
To record the payment on account, including discounts.
Aug. 17 Debit Inventory $1,743
Credit Accounts Payable (Luis Co.) $1,743
To record the purchase of goods; Credit terms 2/10, n/30.
Explanation:
a) Data and Analysis:
Aug. 6 Inventory $830 Accounts Payable (Johnston Co.) $830
Credit terms 2/10, n/30.
Aug. 8 Truck $18,000 Accounts Payable (Pillner Co.) $15,000 Cash $3,000
Aug. 13 Inventory $2,611 Cash $2,611
Aug. 15 Accounts Payable (Johnston Co.) $830 Cash $813 Cash Discounts $17
Aug. 17 Inventory $1,743 Accounts Payable (Luis Co.) $1,743
Credit terms 2/10, n/30.
One of two methods must be used to produce expansion anchors. Method A costs $80,000 initially and will have a $15,000 salvage value after 3 years. The operating cost with this method will be $30,000 per year. Method B will have a first cost of $120,000, an operating cost of $8,000 per year, and a $40,000 salvage value after its 3-year life. At an interest rate of 8% per year, the present worth of Method B is closest to:
Answer:
At an interest rate of 8% per year, the present worth of Method B is closest to:
= $108,856.
Explanation:
a) Data and Calculations:
Method A Method B
Initial investment $80,000 $120,000
Salvage value 15,000 40,000
Period of investment 3 years 3 years
Annual operating costs $30,000 $8,000
Interest rate per year 8% 8%
Present value annuity factor = 2.577
Discounted present value factor = 0.794
Present worth:
Method B Method A
Initial investment cost ($120,000 * 1) $120,000 $80,000
Operating costs = ($8,000 * 2.577) = 20,616 77,310
Salvage value = $40,000 * 0.794 = (31,760) (11,910)
Present worth = $108,856 $145,400
b) Using the present worth analysis technique, Method B should be used to produce the expansion anchors, as it costs less than Method A. The present worth analysis method is an equivalence method of discounting a project's cash flows to a single present value. With this analysis, it becomes easier to determine the project that should be accepted or rejected based on their economic realities.
Gibson Company makes fine jewelry that it sells to department stores throughout the United States. Gibson is trying to decide which of the two bracelets to manufacture. Cost data pertaining to the two choices follow. Bracelet A Bracelet B Cost of materials per unit $ 29 $ 45 Cost of labor per unit 33 33 Advertising cost per year 8,100 6,000 Annual depreciation on existing equipment 6,000 5,600 Required Identify the fixed costs and determine the amount of fixed cost for each product. Identify the variable costs and determine the amount of variable cost per unit for each product. Identify the avoidable costs and determine the amount of avoidable cost for each product.
Answer:
Gibson Company
Fixed costs for each product:
Bracelet A Bracelet B
Advertising cost per year 8,100 6,000
Annual depreciation on
existing equipment 6,000 5,600
Total fixed costs $14,100 $11,600
Variable costs:
Bracelet A Bracelet B
Cost of materials per unit $ 29 $ 45
Cost of labor per unit 33 33
Variable cost per unit $ 62 $ 78
Avoidable costs:
Bracelet A Bracelet B
Variable cost per unit $ 62 $ 78
Explanation:
a) Data and Calculations:
Bracelet A Bracelet B
Cost of materials per unit $ 29 $ 45
Cost of labor per unit 33 33
Advertising cost per year 8,100 6,000
Annual depreciation on
existing equipment 6,000 5,600
NB:
Advertising cost can be avoided if production did not take place, just as all variable costs can be avoided without production.
Which of the following principles are important to keep in mind when establishing a forecasting process within your organization: A) Convergence: Allowing individuals within your organization to discuss and brainstorm together as a group before submitting their forecasts to ensure that they have as much relevant information as possible. B) Incentives: Ensuring that individuals are incentivized to report their forecast accurately. C) Diversity: Invite a diverse set of individuals from across the company to participate in the forecasting process.
Answer: A, B, and C
Explanation:
When forecasting, it is important that the cognitive resources of a diverse range of people are used. This is why it is important that a diverse set of individuals in the organization are allowed to discuss and brainstorm together as a group so as to come up with the best forecasts.
Individuals should also be incentivized to forecast accurately. These incentives can either reward accuracy or punish overforecasting such that the individuals try their best to forecast accurately.
Expenditures for major additions, improvements and flight equipment modifications are capitalized when such costs are determined to extend the useful life of the asset or are part of the cost of acquiring the asset. Expenditures for equipment overhaul costs of engines or airframes prior to their operational use are capitalized as part of the cost of such assets as they are costs required to ready the asset for its intended use. Maintenance and repairs costs are charged to expense as incurred.
Assume that FedEx made extensive repairs on an existing building and added a new wing. The building is a garage and repair facility for delivery trucks that serve the Denver area. The existing building originally cost $720,000, and by the end of 2010 (10 years), it was half depreciated on the basis of a 20-year estimated useful life and no residual value. Assume straight-line depreciation was used. During 2011, the following expenditures related to the building were made:
a. Ordinary repairs and maintenance expenditures for the year, $7,000 cash.
b. Extensive and major repairs to the roof of the building, $122,000 cash. These repairs were completed on December 31, 2011.
c. The new wing was completed on December 31, 2011, at a cash cost of $230,000.
Required:
Apply the policies of FedEx.
Answer:
FedEx
Applying the policies of FedEx:
a and b. Total repairs and maintenance expenses to be charged to the income statement = $129,000 ($7,000 + $122,000).
c. The building extension cost of $230,000 will be capitalized.
The Building will now have a total cost value of $950,000 Accumulated Depreciation of $396,000.
Therefore, the net book value of building at the end of December 31, 2011 will be $554,000 ($950,000 - $396,000).
Explanation:
a) Data and Analysis:
Cost of existing building = $720,000
Book value of existing building = $360,000 ($720,000 * 10/20)
Transactions and adjustments during 2011:
a. Repairs and Maintenance Expenses $7,000 Cash $7,000
b. Repairs and Maintenance Expenses $122,000 Cash $122,000
c. Building extension $230,000 Cash $230,000
d. Depreciation Expense on existing building = $36,000 ($720,000/20).
e. Accumulated Depreciation on Building, Dec. 31, 2011 = $396,000 ($360,000 + $36,000)
A wedding party hired a sole proprietorship to cater their wedding, and the sole proprietorship had an employee handle the entire job. If the entire wedding party gets food poisoning, the principal is liable. The employee of the sole proprietorship is also liable because he handled the entire job.
pls dont spam me need halp
Answer:
yes because he was put in charge of the whole operation
Neville is a lawyer at a large law firm where he earns a salary of $170,000 per year. He is thinking of leaving the firm to set up his own law office. To do this, he would need to invest $140,000 of his savings, which currently earns 5% in interest each year. He estimates that if he starts a law office, his annual revenue will be $510,000, and his explicit financial costs will be $300,000. How much would Neville earn in economic profits or losses if he starts his own law office
Answer:
$33,000
Explanation:
Economic profit = accounting profit - implicit cost
Accounting profit= total revenue - explicit cost
Explicit cost includes the amount expended in running the business. They include rent , salary and cost of raw materials
Implicit cost is the cost of the next best option forgone when one alternative is chosen over other alternatives
Accounting profit = $510,000 - $300,000 = $210,000
Implicit costs = amount he would forgo as salary in the large law firm and interest he would lose on his investment
Interest he would lose on his investment = 0.05 x 140,000 = $7000
Implicit cost = $170,000 + $7000 = $177,000
Economic profit = $210,000 - $177,000 = $33,000
A reconciliation of Zack's Company's pretax accounting income with its taxable income for 2018, its first year of operations, is as follows: Pretax accounting income $3,000,000 Excess tax depreciation (150,000) Taxable income $2,850,000 The excess tax depreciation will result in equal net taxable amounts in each of the next three years. Enacted tax rates are 40% in 2018, 35% in 2019 and 2020, and 30% in 2021. The total deferred tax liability to be reported on Charles's balance sheet at December 31, 2018, is
Answer:
the total deferred tax liability is $50,000
Explanation:
The computation of the total deferred tax liability is shown below:
Tax Depreciation 2019 $17500 {[$150000 ÷ 3] × 35%}
Tax Depreciation 2020 $17500 {[$150000 ÷ 3] × 35%}
Tax Depreciation 2021 $15000 {[$150000 ÷ 3] × 30%}
Total Deferred Tax Liability $50,000
Hence, the total deferred tax liability is $50,000
why is having insurance important ?
Answer:
Explanation:
Because nothing is worth risking when you can have someone back you up. If something ever happens to you that you can't afford, insurance companies will have your back. If your house gets destroyed in a hurricane, you can recover the exact value of the house if you have insurance. However, if you don't have insurance, you bascially just lost your house. You can have insurance for many things such as car insurance, life insurance, health insurance.
at a higher price the quantity supplied of a product typically is
higher or lower
Answer:
The law of supply states, that higher prices lead to higher quantities of things.
Explanation:
I searched it up. I was confused. Sorry for searching it up.
Carey Company had sales in 2016 of $1,560,000 on 60,000 units. Variable costs totaled $900,000, and fixed costs totaled $500,000. A new raw material is available that will decrease the variable costs per unit by 20% (or $3). However, to process the new raw material, fixed operating costs will increase by $100,000. Management feels that one-half of the decline in the variable costs per unit should be passed on to customers in the form of a sales price reduction. The marketing department expects that this sales price reduction will result in a 5% increase in the number of units sold.
(a) Prepare a projected CVP income statement for 2017, assuming the changes have not been made, and
(b) assuming that changes are made as described.
Answer:
Results are below.
Explanation:
Giving the following information:
Selling price per unit= 1,560,000 / 60,000= $26
Unitary variable cost= 900,000 / 60,000= $15
Fixed costs= $500,000.
First, the income statement without the changes:
Sales= 1,560,000
Total varaible cost= (900,000)
Contribution margin= 660,000
Total fixed costs= (500,000)
Net operating income= 160,000
Now, with the changes:
Unitary variable cost= (15*0.8)= 12
Selling price= 26 - 1.5= $24.5
Sales in units= 60,000*1.05= 63,000
Fixed costs= 500,000 + 100,000= $600,000
Sales= 24.5*63,000= 1,543,500
Total variable cost= (12*63,000)= (756,000)
Total contribution margin= 787,500
Fixed costs= (600,000)
Net operating income= 187,500
Mary Magnolia wants to open a flower shop, the Petal Pusher, in a new mall. She has her choice of three different floor sizes, 200 square feet, 500 square feet, or 1,000 square feet. The monthly rent will be $1 a square foot. Mary estimates that if she has F square feet of floor space and sells y bouquets a month, her variable costs will be cv(y) = y^ 3/ 4F per month.
Required:
a. If she has 200 square feet of floor space, write down her marginal cost function and her average cost function. At what amount of output is average cost minimized? At this level of output, how much is average cost?
b. If she has 500 square feet, write down her marginal cost function and her average cost function. At what amount of output is average cost minimized? At this level of output, how much is average cost? .
c. If she has 1,000 square feet of floor space, write down her marginal cost function and her average cost function. At what amount of output is average cost minimized? At this level of output, how much is average cost?
Answer:
a-1. We have:
MC = 3y^2 / 800 <=== Marginal cost (MC) function
AC = (200 / y) + (y^2 / 800) <=== Average cost (AC) function
a-2. The amount of output is 43.09 bouquets.
a-3. Average cost at this level is $6.96 per unit.
b-1. We have:
MC = 3y^2 / 2,000 <=== Marginal cost (MC) function
AC = (500 / y) + (y^2 / 2,000) <=== Average cost (AC) function
b-2. The amount of output is 79.37 bouquets.
b-3. Average cost at this level is $9.45 per unit.
c-1. We have:
MC = 3y^2 / 4,000 <=== Marginal cost (MC) function
AC = (1,000 / y) + (y^2 / 4,000) <=== Average cost (AC) function
c-2. The amount of output is 125.99 bouquets.
c-3. Average cost at this level is $11.91 per unit.
Explanation:
Given:
cv(y) = y^3/ 4F ………………… (1)
cf = fixed cost = F
Therefore, total cost (C) per month is as follows:
C(y) = cf + cv(y) = y^ 3/ 4F
C(y) = F + y^3 / 4F ……………………… (2)
a-1. If she has 200 square feet of floor space, write down her marginal cost function and her average cost function.
This implies that:
F = 200
Marginal cost (MC) function is obtained by taking the first derivative of equation (1) and substituting F = 200 as follows:
MC = cv’(y)
MC = 3y^2 / (4 * 200)
MC = 3y^2 / 800 ………………. (3) <= Marginal cost (MC) function
Average cost (AC) function can be obtained by dividing equation (2) by y, substituting F = 200 and solve as follows:
AC = C’(y) = (200 / y) + (y^3 / 4F) / y
AC = (200 / y) + (y^3 / (4 * 200)) / y
AC = (200 / y) + (y^2 / 800) …………………. (4) <= Average cost (AC) function
a-2. At what amount of output is average cost minimized?
Since average cost is minimized when MC = AC, we therefore equate equations (3) and (4) and solve for y as follows:
3y^2 / 800 = (200 / y) + (y^2 / 800)
0.00375y^2 = (200 / y) + 0.00125y^2
0.00375y^2 - 0.00125y^2 = 200 / y
0.0025y^2 = 200 / y
(0.0025y^2)y = 200
0.0025y^3 = 200
y^3 = 200 / 0.0025
y^3 = 80,000
y = 80,000^(1/3)
y = 43.09
Therefore, the amount of output at which is average cost minimized is 43.09 bouquets.
a-3. At this level of output, how much is average cost?
Substituting y = 43.09 into equation (4), we have:
AC = (200 / 43.09) + (43.09^2 / 800)
AC = 6.96
Therefore, average cost at this level is $6.96 per unit.
b-1. If she has 500 square feet, write down her marginal cost function and her average cost function.
This implies that:
F = 500
Marginal cost (MC) function is obtained by taking the first derivative of equation (1) and substituting F = 500 as follows:
MC = cv’(y)
MC = 3y^2 / (4 * 500)
MC = 3y^2 / 2,000 ………………. (5) <= Marginal cost (MC) function
Average cost (AC) function can be obtained by dividing equation (2) by y, substituting F = 500 and solve as follows:
AC = C’(y) = (500 / y) + (y^3 / (4 * 500)) / y
AC = (500 / y) + (y^3 / (4 * 500)) / y
AC = (500 / y) + (y^2 / 2,000) …………………. (6) <= Average cost (AC) function
b-2. At what amount of output is average cost minimized?
Since average cost is minimized when MC = AC, we therefore equate equations (5) and (6) and solve for y as follows:
3y^2 / 2,000 = (500 / y) + (y^2 / 2,000)
0.0015y^2 = (500 / y) + 0.0005y^2
0.0015y^2 - 0.0005y^2 = 500 / y
0.001y^2 = 500y
0.001y^2 * y = 500
0.001y^3 = 500
y^3 = 500 / 0.001
y^3 = 500,000
y = 500,000^(1/3)
y = 79.37
Therefore, the amount of output at which is average cost minimized is 79.37 bouquets.
b-3. At this level of output, how much is average cost?
Substituting y = 79.37 into equation (6), we have:
AC = (500 / 79.37) + (79.37^2 / 2,000)
AC = 9.45
Therefore, average cost at this level is $9.45 per unit.
c-1. If she has 1,000 square feet, write down her marginal cost function and her average cost function.
This implies that:
F = 1,000
Marginal cost (MC) function is obtained by taking the first derivative of equation (1) and substituting F = 1,000 as follows:
MC = cv’(y)
MC = 3y^2 / (4 * 1,000)
MC = 3y^2 / 4,000 ………………. (7) <= Marginal cost (MC) function
Average cost (AC) function can be obtained by dividing equation (2) by y, substituting F = 1,000 and solve as follows:
AC = C’(y) = (1,000 / y) + (y^3 / (4 * 1,000)) / y
AC = (1,000 / y) + (y^3 / (4,000)) / y
AC = (1,000 / y) + (y^2 / 4,000) …………………. (8) <= Average cost (AC) function
c-2. At what amount of output is average cost minimized?
Since average cost is minimized when MC = AC, we therefore equate equations (7) and (8) and solve for y as follows:
3y^2 / 4,000 = (1,000 / y) + (y^2 / 4,000)
0.00075y^2 = (1,000 / y) + 0.00025y^2
0.00075y^2 - 0.00025y^2 = 1,000 / y
0.0005y^2 = 1,000 / y
0.0005y^2 * y = 1,000
y^3 = 1,000 / 0.0005
y^3 = 2,000,000
y = 2,000,000^(1/3)
y = 125.99
Therefore, the amount of output at which is average cost minimized is 125.99 bouquets.
c-3. At this level of output, how much is average cost?
Substituting y = 125.99 into equation (8), we have:
AC = (1,000 / 125.99) + (125.99^2 / 4,000)
AC = 11.91
Therefore, average cost at this level is $11.91 per unit.
Jervis sells $3,000 of its accounts receivable to Northern Bank in order to obtain necessary cash. Northern Bank charges a 4% factoring fee. What entry should Jervis make to record the transaction? Multiple Choice Debit Cash $2,880; debit Factoring Fee Expense $120; credit Accounts Receivable $3,000 Debit Accounts Receivable $2,880; debit Factoring Fee Expense $120; credit Cash $3,000. Debit Cash $3,000; credit Factoring Fee Expense $120; credit Accounts Receivable $3,000 Debit Cash $2,880; credit Accounts Receivable $2,880 Debit Accounts Receivable $3,000; credit Factoring Fee Expense $120; credit Cash $2,880
Answer: Debit Cash $2,880; debit Factoring Fee Expense $120; credit Accounts Receivable $3,000
Explanation:
Based on the information given, cash will be debited in the amount of:
= (100% - 4%) × $3000
= 96% × $3000
= 0.96 × $3000
= $2880
There'll also be a debit in the factoring fee in the amount of:
= 4% × $3000
= 0.04 × $3000
= $120
There'll be a credit in account receivable by $3000.
Therefore, the journal entry will be:
Debit Cash $2880
Debit Factoring fee = $120
Credit Account receivable = $3000
Montgomery owns a nuclear power plant in the town of Springfield. His power plant dumps substantial quantities of radioactive waste into the local pond, which has given rise to a mutant guppy fish population with three eyes.The town decides to have Montgomery do something about the externality. Which method would NOT result in Montgomery accounting for the social cost of running the power plant
Answer:
Subsidize Montgomery for every three-eyed fish they find in the pond.
Explanation:
From the question we are informed about Montgomery who owns a nuclear power plant in the town of Springfield. His power plant dumps substantial quantities of radioactive waste into the local pond, which has given rise to a mutant guppy fish population with three eyes.The town decides to have Montgomery do something about the externality. In this case the method that would NOT result in Montgomery accounting for the social cost of running the power plant is Subsidize Montgomery for every three-eyed fish they find in the pond. Social cost can be regarded as addition of private costs that comes from a transaction as well as costs that is been imposed on the consumers as a result of exposure to transaction that did not compensated or charged for. It is addition of both private and external costs. Therefore, if there is subsidy for three-eyed fish will prevent him from social cost
Trew Company plans to issue bonds with a face value of $909,000 and a coupon rate of 6 percent. The bonds will mature in 10 years and pay interest semiannually every June 30 and December 31. All of the bonds are sold on January 1 of this year. (FV of $1, PV of $1, FVA of $1, and PVA of $1) (Use the appropriate factor(s) from the tables provided. Round your final answer to nearest whole dollar.)
Determine the issuance price of the bonds assuming an annual market rate of interest of 8.5 percent.
Issuance price
Answer:
$757,943
Explanation:
face value = $909,000
maturity = 10 years x 2 = 20 periods
coupon rate = 6% / 2 = 3%
coupon = $27,270
YTM = 8.5% / 2 = 4.25%
using a financial calculator, the PV of the bonds = $757,943
Dr Cash 757,943
Dr Discount on bonds payable 151,057
Cr Bonds payable 909,000
Roy DeSoto earns a regular hourly salary of $24.00. He is paid time-and-a-half for all hours in excess of 40 in the week. For the week ended March 8, 20X1, he worked a total of 60 hours. His gross wages year to date, prior to his March 8, paycheck, are $12,160. Social Security Tax is 6.2% on a maximum of $132,900 of gross wages per year, Medicare Tax is 1.45%, federal unemployment tax is 0.6% and state unemployment tax is 4.2%, both on a maximum of $7,000 of gross wages per year. What is the employer's payroll tax expense for Roy for the week ended March 8, 20X1
Bentwood Corporation uses the FIFO method in its process costing system. Data concerning the first processing department for the most recent month are listed below:
Beginning work-in-process inventory:
Units in beginning work-in-process inventory 1,700
Materials costs $32,300
Conversion costs $18,700
Percent complete with respect to materials 70%
Percent complete with respect to conversion 25%
Units started into production during the month 8,900
Units transferred to the next department during the month 7,700
Materials costs added during the month $154,600
Conversion costs added during the month $253,900
Ending work-in-process inventory:
Units in ending work-in-process inventory 2,900
Percent complete with respect to materials 80%
Percent complete with respect to conversion 35%
The cost per equivalent unit for conversion costs for the first department for the month is closest to:____.
a. $29.33.
b. $29.00.
c. $31.78.
d. $35.51.
Answer:
$31.28
Explanation:
Calculation to determine what The cost per equivalent unit for conversion costs for the first department for the month is closest to:
First step is to calculate the Total Conversion Cost
Total Conversion Cost=$253,900+$18,700
Total Conversion Cost=$$272,600
Second step is to calculate the Equivalent Units
Equivalent Units =( 7,700 x 100%) + (1,700 + 8,900 - 7,700 ×35%)
Equivalent Units =( 7,700 x 100%) + (2,900 x 35 %)
Equivalent Units =7,700+1,015
Equivalent Units = 8,715 units
Now let calculate the Cost per Equivalent Units using this formula
Cost per Equivalent Unit = Total Cost ÷ Total Equivalent Units
Cost per Equivalent Unit = $272,600 ÷ 8,715 units
Cost per Equivalent Unit = $31.28
Therefore The cost per equivalent unit for conversion costs for the first department for the month is closest to:$31.28
You are getting paid biweekly at the rate of $12 per hour. Calculate your net pay, the gross pay, and every deduction applicable utilizing the image above for reference.
Answer:
i need to quit that job if i'm only getting payed 12 bucks an hour hell i need a better job....
Explanation: