Jasper Company has sales on account and for cash. Specifically, 61% of its sales are on account and 39% are for cash. Credit sales are collected in full in the month following the sale. The company forecasts sales of $523,000 for April, $533,000 for May, and $558,000 for June. The beginning balance of Accounts Receivable is $304,200 on April 1. Prepare a schedule of budgeted cash receipts for April, May, and June.
Answer:
Jasper Company
Budgeted CAsh Receipts:
April May June
Cash sales (39%) $203,970 $207,870 $217,620
Cash collections 304,200 360,870 325,130
Total cash receipts $508,170 $568,740 $542,750
Explanation:
a) Data and Calculations:
April May June
Forecast sales $523,000 $533,000 $558,000
Cash sales (39%) 203,970 207,870 217,620
Credit sales (61%) 360,870 325,130 340,380
Cash collections 304,200 360,870 325,130
Budgeted CAsh Receipts:
April May June
Cash sales (39%) $203,970 $207,870 $217,620
Cash collections 304,200 360,870 325,130
Total cash receipts $508,170 $568,740 $542,750
MC Qu. 122 Walter Enterprises expects... Walter Enterprises expects its September sales to be 20% higher than its August sales of $225,000. Purchases were $175,000 in August and are expected to be $195,000 in September. All sales are on credit and are collected as follows: 30% in the month of the sale and 70% in the following month. Merchandise purchases are paid as follows: 20% in the month of purchase and 80% in the following month. The beginning cash balance on September 1 is $8,400. The ending cash balance on September 30 would be:
Answer:
Ending cash balance $67,900
Explanation:
The computation of the ending cash balance is given below:
Schedule of expected cash collection for September
From august sales (70% of 225,000) 157,500
From sept. sales (30% of 270,000) 81,000
Total cash collection$238,500
Now
Schedule of expected cash payment
For august purchase (80% of 175,000) 140,000
Foor september purchase (20% of 195,000) 39,000
Total cash payment $179,000
Now
Beginning cash balance 8,400
Budgeted cash collection 238,500
Total available cash 246,900
Budgeted cash payment -179,000
Ending cash balance $67,900
Yard Tools manufactures lawnmowers, weed-trimmers, and chainsaws. Its sales mix and unit contribution margin are as follows.
Sales Mix Unit Contribution Margin
Lawnmowers 20% $33
Weed-trimmers 50% $21
Chainsaws 30% $37
Yard Tools has fixed costs of $4,200,000.
Required:
Compute the number of units of each product that Yard Tools must sell in order to break even under this product mix.
Answer:
Lawnmowers’ break-even point in units = 29,787 units
Weed-trimmers’ break-even point in units = 74,468 units
Chainsaws' break-even point in units = 44,681 unit
Explanation:
Given:
Sales Mix Unit Contribution Margin
Lawnmowers 20% $33
Weed-trimmers 50% $21
Chainsaws 30% $37
The number of units of each product that Yard Tools must sell in order to break even under this product mix can be computed using Weighted-Average Contribution Margin Ratio as follows:
Weighted contribution margin = (Sales Mix of Lawnmowers * Unit Contribution Margin of Lawnmowers) + (Sales Mix of Weed-trimmers * Unit Contribution Margin of Weed-trimmers) + (Sales Mix of Chainsaws * Unit Contribution Margin of Chainsaws) = (20% * $33) + (50% * $21) + (30% * $37) = $28.20
Total break-even point in units for the company = Fixed cost / Weighted contribution margin = $4,200,000 / $28.20 = 148,936 units
Therefore, we have:
Lawnmowers’ break-even point in units = Sales Mix of Lawnmowers * Total break-even point in units for the company = 20% * 148,936 = 29,787 units
Weed-trimmers’ break-even point in units = Sales Mix of Weed-trimmers * Total break-even point in units for the company = 50% * 148,936 = 74,468 units
Chainsaw’s break-even point in units = Sales Mix of Chainsaws * Total break-even point in units for the company = 30% * 148,936 = 44,681 units
Mississippi River Shipyards is considering the replacement of an 8-year-old riveting machine with a new one that will increase earnings before depreciation from $27,000 to $54,000 per year. The new machine will cost $82,500, and it will have an estimated life of 8 years and no salvage value. The new machine will be depreciated over its 5-year MACRS recovery period; so the applicable depreciation rates are 20%, 32%, 19%, 12%, 11%, and 6%. The applicable corporate tax rate is 40%, and the firm's WACC is 12%. The old machine has been fully depreciated and has no salvage value.
Required:
Should the old riveting machine be replaced by the new one?
Solution :
Calculating the (NPV) Net Present value for the following matters to check the feasibility of the replacement of an 8 year old riveting machine with the new one :
Let
A = Year (n)
B = Initial outlay
C = Five-year MACRS depreciation percentage
D = Depreciation with MACRS Method (D)
E = Savings in earnings before depreciation
F = Taxable Income (earnings before depreciation - depreciation
G = Income taxes (Taxable Income *40%)
H = [tex]\text{After-Tax Net}[/tex] cash flow [tex]\text{(Taxable income - taxes + depreciation)}[/tex]
I = PV of [tex]\text{Net cash flow}[/tex] at the rate [tex]12\%[/tex]= [tex]NCF[/tex]/ [tex](1+WACC\%)^n[/tex]
A B C D E F G H I
0 82,500 -82,500 -82,500
1 20% 16500 27000 10500 4200 22800 20357.14
2 32% 26400 27000 600 240 26760 21332.91
3 19% 15675 27000 11325 4530 22470 15993.70
4 12% 9900 27000 17100 6840 20160 12812.04
5 11% 9075 27000 17925 7170 19830 11252.07
6 6% 4950 27000 22050 8820 18180 9210.55
7 0% 0 27000 27000 10800 16200 7328.06
8 0% 0 27000 27000 10800 16200 6542.91
NPV $22,329.39
As the NPV, the project is positive ($22,329.39) and so the company should replace the 8 year old riveting machine with the new one.
Compound value solving for n) How many years will the following take? a. $ to grow to $ if invested at percent compounded annually b. $ to grow to $ if invested at percent compounded annually c. $ to grow to $ if invested at percent compounded annually d. $ to grow to $ if invested at percent compounded annually
Answer:
Note: The complete question is attached below as picture
A = P(1+r/100)^n Where A is future value, P is present value, r is rate of interest and n is time period
1. A = P(1+r/100)^n
1042.51 = 480(1.09)^n
(1042.51/480) = 1.09^n
Taking log on both sides
log(1042.51/480) = n*log 1.09
n = log(1042.51/480)/log 1.09
n = 9 years.
2. A = P(1+r/100)^n
53.26 = 31(1.07)^n
(53.26/31) = 1.07^n
Taking log on both sides
log(53.26/31) = n*log 1.07
n = log(53.26/31)/log 1.07
n = 8 years
3. A = P(1+r/100)^n
383.59 = 100(1.13)^n
(383.59/100) = 1.13^n
Taking log on both sides
log(383.59/100) = n*log 1.13
n = log(383.59/100)/log 1.13
n = 11 years.
4. A = P(1+r/100)^n
66.91 = 53(1.06)^n
(66.91/53) = 1.06^n
Taking log on both sides
log(66.91/53) = n*log 1.06
n = log(66.91/53)/log 1.06
n = 0.10121516027 / 0.025306
n = 3.9997
n = 4 years.
Suppose that an additional 350 hours per week can be obtained from the milling machines by working overtime. The incremental cost would be $2.00 per hour. What would be the allowable increase(from the excel sensitivity report) in overtime when compared to additional hours that can be obtained
Solution :
It is given that :
Additional time obtained per week from milling machines = 350
The incremental cost = $ 2 per hour
Therefore, the allowable increase for milling operation is 400.
This indicates that we can accommodate additional constraint RHS of [tex]200[/tex] hours.
Also we have to consider the impact on the profit of 2.25 which is an incremental cost of [tex]1.5[/tex] is well affordable.
Inventors in developing countries are usually unable to capture the full benefit of their innovations. They therefore tend to devote too few resources to research. Government can address this problem of under-investment in research by (i) increasing restrictions on trade; (ii) establishing a patent system to provide inventors with exclusive control over their inventions for a period of time; (iii) subsidising the purchase of technology from other countries.
a. only (i) is used.
b. only (ii) is used.
c. only (iii) is used.
d. (i), (ii) and (iii) are all used.
Answer:
establishing a patent system to provide inventors with exclusive control over their inventions for a period of time.this way inventors will devout a lot of resources to research.
I hope this helps and sorry if it's wrong
The following data apply to Elizabeth's Electrical Equipment:
Value of operations $20,000
Short-term investments $1,000
Debt $6,000
Number of shares 300
The company plans on distributing $50 million by repurchasing stock. What will the intrinsic per share stock price be immediately after the repurchase?
Answer:
$50
Explanation:
Calculation to determine the intrinsic per share stock price be immediately after the repurchase
First step
Total Assets=Value of operations of 20,000+ Short term investments of 1000
Total Assets=$21,000
Second step
Equity =Assets - Debt
Equity= $21,000-$6,000
Equity= $15,000
Now let determine the intrinsic per share stock price
Intrinsic per share stock price=$15,000/300
Intrinsic per share stock price=$50
Therefore the Intrinsic value per share will be $50 immediately after the repurchase has occured.
The intrinsic per share stock price immediately after the repurchase would be approximately $166,716.67
How did we get the value?To determine the intrinsic per share stock price immediately after the repurchase, we need to calculate the new number of shares outstanding after the repurchase and then divide the remaining value of operations by the new number of shares.
Given data:
Value of operations: $20,000
Short-term investments: $1,000
Debt: $6,000
Number of shares: 300
First, we need to calculate the new number of shares outstanding after the repurchase. Since the company plans on distributing $50 million by repurchasing stock, we can use this information to determine the number of shares repurchased.
The value of operations ($20,000) plus the short-term investments ($1,000) minus the debt ($6,000) gives us the total equity value of the company before the repurchase:
Equity value before repurchase = Value of operations + Short-term investments - Debt
= $20,000 + $1,000 - $6,000
= $15,000
Let's assume the repurchased shares are denoted by R.
Now, we can set up an equation to represent the total equity value after the repurchase:
Equity value after repurchase = (Number of shares - R) × Intrinsic per share stock price
Given that the total equity value after the repurchase is $15,000 and the number of shares is 300, we have:
$15,000 = (300 - R) × Intrinsic per share stock price
We also know that the company plans on distributing $50 million by repurchasing stock, so we can set up another equation to represent the total value of the repurchased shares:
Total value of repurchased shares = R × Intrinsic per share stock price
Given that the total value of repurchased shares is $50 million, we have:
$50,000,000 = R × Intrinsic per share stock price
Now we can solve these two equations simultaneously to find the values of R (repurchased shares) and Intrinsic per share stock price.
We have the following system of equations:
$15,000 = (300 - R) × Intrinsic per share stock price ...(1)
$50,000,000 = R × Intrinsic per share stock price ...(2)
Divide equation (2) by Intrinsic per share stock price:
$50,000,000 / Intrinsic per share stock price = R
Substitute this value of R into equation (1):
$15,000 = (300 - ($50,000,000 / Intrinsic per share stock price)) × Intrinsic per share stock price
Simplify:
$15,000 = 300 × Intrinsic per share stock price - (50,000,000 / Intrinsic per share stock price) × Intrinsic per share stock price
$15,000 = 300 × Intrinsic per share stock price - 50,000,000
Rearrange the equation:
300 × Intrinsic per share stock price = $15,000 + $50,000,000
300 × Intrinsic per share stock price = $50,015,000
Intrinsic per share stock price = $50,015,000 / 300
Intrinsic per share stock price = $166,716.67 (rounded to two decimal places)
Therefore, the intrinsic per share stock price immediately after the repurchase would be approximately $166,716.67.
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Sanford Co. sells $500,000 of 10% bonds on March 1, 2020. The bonds pay interest on September 1 and March 1. The due date of the bonds is September 1, 2023. The bonds yield 12%. Give entries through December 31, 2021.
Required:
Prepare a bond amortization schedule using the effective-interest method for discount and premium amortization. Amortize premium or discount on interest dates and at year-end.
Answer:
Sanford Co.
Bond Amortization Schedule
Period PV PMT Interest FV
1 $468,951.03 $25,000.00 $28,137.06 $472,088.09
2 $472,088.09 $25,000.00 $28,325.29 $475,413.38
Year #1 end
3 $475,413.38 $25,000.00 $28,524.80 $478,938.18
4 $478,938.18 $25,000.00 $28,736.29 $482,674.47
Year #2 end
5 $482,674.47 $25,000.00 $28,960.47 $486,634.94
6 $486,634.94 $25,000.00 $29,198.10 $490,833.04
Year #3 end
7 $490,833.04 $25,000.00 $29,449.98 $495,283.02
8 $495,283.02 $25,000.00 $29,716.98 $500,000.00
Year #4 end
Explanation:
a) Data and Calculations:
Face value of bonds = $500,000
Proceeds from bonds = $468,951
Bonds Discounts = $31.049
Coupon interest rate = 10%
Effective interest rate = 12%
N (# of periods) 8
I/Y (Interest per year) 12
PMT (Periodic Payment) 25000
FV (Future Value) 500000
Results
PV = $-468,951.03
Sum of all periodic payments $200,000.00
Total Interest $231,048.97
Consider the last purchase of two goods by a consumer. A bag of chips costs $1.75 and the marginal utility is 20. A cup of chili costs $2.50. What must the marginal utility of chili be for the consumer to maximize total utility
Answer:
The marginal utility of chili must be 28.57 for the consumer to maximize total utility.
Explanation:
The marginal utility of chili at which the consumer maximizes total utility can be calculated as follows:
Let:
CCHIP = Cost of a bag of chips = $1.75
MUCHIP = Marginal utility of a bag of chips = 20
CCHILI = Cost of a cup of chili = $2.50
MUCHILI = Marginal utility of a cup of Chili = ?
The condition for the utility maximization of the consumer is as follows:
MUCHIP / CCHIP = MUCHILI / CCHILI ……………………………. (1)
Substituting all the relevant values into equation (1) and solve for MUCHILI, we have:
20 / 1.75 = MUCHILI / 2.50
(20 / 1.75) * 2.50 = MUCHILI
MUCHILI = 28.57
Therefore, the marginal utility of chili must be 28.57 for the consumer to maximize total utility.
Suppose real GDP is forecasted to grow by 1.881.88 %, the velocity of money has been stable, and the Fed announces an inflation target of 2.502.50 %. What is the largest money growth rate the Fed could implement and still achieve its inflation target
Answer: 4.38%
Explanation:
Use the Quantity Theory of Money to find the growth rat:
MV = PY
ΔMoney supply + ΔVelocity = ΔPrice level + ΔEconomic output or GDP
Velocity is stable so is 0.
ΔMoney supply + 0 = 2.50% + 1.88%
ΔMoney supply = 4.38%
Front Company had net income of $73,500 based on variable costing. Beginning and ending inventories were 900 units and 1,400 units, respectively. Assume the fixed overhead per unit was $7.95 for both the beginning and ending inventory. What is net income under absorption costing
Answer:
$77,475
Explanation:
Calculation to determine net income under absorption costing
Using this formula
Net income=Net income+(Ending inventories×fixed overhead per unit)- (Beginning Inventories × Fixed overhead per unit)
Let plug in the formula
Net income=$73,500 + (1,400 units x $7.95) - (900 x $7.95)
Net income=$73,500+$11,130-$7,155
Net income=$77,475
Therefore net income under absorption costing is $77,475
Operating Leverage
Haywood Co. reports the following data:
Sales $6,160,000
Variable costs (4,620,000)
Contribution margin $1,540,000
Fixed costs (440,000)
Operating income $1,100,000
Determine Haywood Co.’s operating leverage. Round your answer to one decimal place.
Answer:
Degree of operating leverage= 1.4
Explanation:
Giving the following information:
Sales $6,160,000
Variable costs (4,620,000)
Contribution margin $1,540,000
Fixed costs (440,000)
Operating income $1,100,000
To calculate the degree of operating leverage, we need to use the following formula:
degree of operating leverage= Total contribution margin / operating income
degree of operating leverage= 1,540,000 / 1,100,000
degree of operating leverage= 1.4
Pine Street Inc. makes unfinished bookcases that it sells for $58.09. Production costs are $37.97 variable and $10.12 fixed. Because it has unused capacity, Pine Street is considering finishing the bookcases and selling them for $73.08. Variable finishing costs are expected to be $6.64 per unit with no increase in fixed costs. Prepare an analysis on a per unit basis showing whether Pine Street should sell unfinished or finished bookcases.
Answer:
Pine Street should sell finished bookcases.
Explanation:
Differential analysis
Sell unfinished Process further Net income
Increase (decrease)
Sale price per unit 58.09 73.08 14.99
Cost per unit
Variable 37.97 44.61 -6.64
Fixed 10.12 10.12 0
Total 48.09 54.73 8.35
Net income per unit 10 18.35 8.35
So, the book cases should be sold after processed further.
A company must decide between scrapping or reworking units that do not pass inspection. The company has 13,000 defective units that cost $5.50 per unit to manufacture. The units can be sold as is for $3.10 each, or they can be reworked for $4.70 each and then sold for the full price of $8.60 each. If the units are sold as is, the company will be able to build 13,000 replacement units at a cost of $5.50 each, and sell them at the full price of $8.60 each. What is the incremental income from selling the units as scrap and reworking and selling the units
Answer:
Selling as is ⇒ $40,300Reworking and then selling ⇒ $50,700Explanation:
Incremental income from selling the scrap as is:
= 13,000 units * 3.10
= $40,300
Incremental cost from reworking and then selling:
= Sale of reworked units - Cost of reworking units
= (8.60 * 13,000) - (4.70 * 13,000)
= 111,800 - 61,100
= $50,700
Bank A offers to lend you money at 10 percent compounded monthly, Bank B at 11 percent compounded quarterly, and Bank C at 12 percent compounded annually. Calculate the effective rates and state which bank offers the lowest cost of borrowed capital.
Answer and Explanation:
The computation is given below:
For Bank A,
Effective annual rate is
= (1 + 0.10 ÷ 12)^12 - 1
= 10.47%
For Bank B,
Effective annual rate is
= (1 + 0.11 ÷ 4)^4 - 1
= 11.46%
And,
For Bank C,
Effective annual rate = 12%
Therefore, Bank A is best to borrow at lowest effective annual rate
Flag
Collective case studies are known as multiple-case studies, cross-case studies, comparative case studies and contrasting case studies. What is a cross-case study?
Answer:
Explanation:
Cross case studies involves the use to several individual case studies in other to support a scientific study or research with the aim of reaching a reasonable and acceptable conclusion which can be generalized and adopted for use in similar cases. Researchers usually employ the use of cross case case study in the formulation of new knowledge by collating several case studies based on the research scenario, then rigorous relationships are examined by comparing and contrasting features of the existing cases.
10 years with a stated interest rate of 11% and a face value of $500,000. Interest payments are made semi-annually. The market rate for this type of bond is 12%. Using present value tables, calculate the issue price of the bonds
Answer:= $471,325
Explanation:
Price of a bond = Present value of coupon payments + Present value of face value at maturity
Coupon payments = 500,000 * 11% * 1/2 years = $27,500
Periodic yield = 12%/ 2 = 6% per semi annual period
Periods = 10 * 2 = 20 semi annual periods
Coupon payment is constant so it is an annuity.
Price of bond = Present value of annuity + Present value of face value at maturity
= (Annuity * Present value interest factor of Annuity, 6%, 20 years) + Face value / (1 + rate) ^ number of periods
= (27,500 * 11.4699) + 500,000 / (1 + 6%)²⁰
= $471,325
Total planned expenditure (equals total output) is 14,000 when autonomous consumption expenditure is 450. When autonomous consumption expenditure falls to 400, total planned expenditure (equals total output) is 13,800. The marginal propensity to consume is _______. A) 0.89 B) 0.75 C) 0.99 D) 0.44
Answer:
The marginal propensity to consume = 0.25
Explanation:
Given:
Planned expenditure = 14,000
Consumption expenditure = 450
New consumption expenditure = 400
New planned expenditure = 13,800
Find:
The marginal propensity to consume
Computation:
The marginal propensity to consume = [Consumption expenditure - New consumption expenditure] / [Planned expenditure - New planned expenditure]
The marginal propensity to consume = [450 - 400] / [14,000 - 13,800]
The marginal propensity to consume = 50 / 200
The marginal propensity to consume = 0.25
John House has taken a 20-year, $250,000 mortgage on his house at an interest rate of 6 percent per year. What is the remaining balance (or value) of the mortgage after the payment of the fifth annual installment?
Answer:
$211,689. 53
Explanation:
Calculation to determine the remaining balance (or value) of the mortgage after the payment of the fifth annual installment
Step 1 is to compute PMT using Financial calculator
I = 6%
N = 20
PV = 250,000
FV = 0
PMT=?
Hence,
PMT = 21,796.14.
Now let determine the PV using Financial calculator
I = 6%
N = 15
PMT = 21,796.14
PV=?
Hence,
PV = $211,689. 53
Therefore the remaining balance (or value) of the mortgage after the payment of the fifth annual installment is $211,689. 53
Exercise 9-4 Interest-bearing notes payable with year-end adjustments LO P1 Keesha Co. borrows $145,000 cash on December 1 of the current year by signing a 90-day, 9%, $145,000 note. 1. On what date does this note mature? 2. & 3. What is the amount of interest expense in the current year and the following year from this note? 4. Prepare journal entries to record (a) issuance of the note, (b) accrual of interest on December 31, and (c) payment of the note at maturity.
Answer:
Keesha Co.
1. The date on which this note matures is February 28.
2. Interest expense for the current year is:
= $1,108
3. Interest expense for the following year is:
= $2,109
4. Journal Entries:
December 1:
Debit Cash $145,000
Credit Notes Payable $145,000
a) To record the issuance of the 90-day, 9% notes payable.
December 31:
Debit Interest Expense $1,108
Credit Interest Payable $1,108
b) To accrue interest expense.
February 28:
Debit Notes Payable $145,000
Debit Interest Payable $1,108
Debit Interest Expense $2,109
Credit Cash $148,217
To record the payment of the note at maturity.
Explanation:
a) Data and Calculations:
Notes Payable on December 1 = $145,000
Interest rate on the note = 9%
Duration of note = 90 days
December 1
Plus 90 days
= February 28
Interest expense for the current year = $1,108 ($145,000 * 9% * 31/365)
Interest expense for the following year = $2,109 ($145,000 * 9% * 59/365)
Analysis:
December 1:
Cash $145,000
Notes Payable $145,000
December 31:
Interest Expense $1,108
Interest Payable $1,108
February 28:
Notes Payable $145,000
Interest Payable $1,108
Interest Expense $2,109
Cash $148,217
MC Qu. 71 Benjamin Company had the following results... Benjamin Company had the following results of operations for the past year: Sales (16,000 units at $9.95) $159,200 Direct materials and direct labor$95,200 Overhead (20% variable) 15,200 Selling and administrative expenses (all fixed) 31,900 (142,300) Operating income $16,900 A foreign company (whose sales will not affect Benjamin's market) offers to buy 3,900 units at $7.39 per unit. In addition to variable manufacturing costs, selling these units would increase fixed overhead by $590 and selling and administrative costs by $290. Assuming Benjamin has excess capacity and accepts the offer, its profits will:
Answer:
Benjamin Company
Assuming Benjamin has excess capacity and accepts the offer, its profits will increase by:
= $3,995.
Explanation:
a) Data and Calculations:
Sales (16,000 units at $9.95) $159,200
Direct materials and direct labor $95,200
Overhead (20% variable) 15,200
Selling and administrative expenses (all fixed) 31,900
Total expenses (142,300)
Operating income $16,900
Relevant costs:
Direct materials and direct labor $95,200
Variable Overhead (20% variable) 3,040 ($15,200 * 20%)
Total expenses (98,240)
Variable cost per unit = $6.14 ($98,240/16,000)
Additional costs:
Fixed overhead 590
Selling and administrative expenses (all fixed) 290
Accepting the offer:
Revenue from offer = $28,821 (3,900 * $7.39)
Costs:
Variable cost $23,946 (3,900 * $6.14)
Additional cost:
Fixed overhead 590
Selling and
administrative expenses 290
Total costs on the offer $24,826
Increase in profits = $3,995
The strategy underlying price discrimination is Group of answer choices to charge higher prices to customers who have good substitutes available to them and lower prices to customers without many substitutes available to them.. to charge everyone the same price but limit the quantity they are allowed to buy. to increase total revenue by charging higher prices to those with the most inelastic demand for the product and lower prices to those with the most elastic demand. to reduce per-unit cost by charging higher prices to those with the most inelastic demand and lower prices to those with the most elastic demand.
Answer:
to increase total revenue by charging higher prices to those with the most inelastic demand for the product and lower prices to those with the most elastic demand.
Explanation:
Price discrimination is when the same product is sold at different prices to customers in different markets
types of price discrimination
1. first degree price discrimination : here sellers charge each consumer at their willingness to pay in order to eliminate consumer surplus.
2. second degree price discrimination : here firms offer different prices depending on the quantity purchased. e.g. giving discounts for bulk purchases.
3, third degree price discrimination : firms charge different prices to different groups of customers. e.g. having a certain price for senior citizens, students
Requirements to practice successful price discrimination
1. The firm must have market power. If the firm does not have market power and attempts to price discriminate they would lose customers
2. The firm must have different elasticities of demand for their product in different markets. the firm should charge the higher price in the market with the less elastic demand.
3. The firm must be able to segment the market for their products
4. the firm's product should have a lot of close substitutes.
Suppose during 2014, Cypress Semiconductor Corporation reported net cash provided by operating activities of $89,063,000, cash used in investing of $43,133,000, and cash used in financing of $7,359,000. In addition, cash spent for fixed assets during the period was $25,900,000. Average current liabilities were $257,933,000, and average total liabilities were $280,651,000. No dividends were paid.
Free cash flow equals?
Krumple Inc. produces aluminum cans. Production of 12-ounce cans has a standard unit quantity of 4.4 ounces of aluminum per can. During the month of April, 304,000 cans were produced using 1,250,000 ounces of aluminum. The actual cost of aluminum was $0.21 per ounce and the standard price was $0.12 per ounce. There are no beginning or ending inventories of aluminum. Calculate the materials price and usage variances using the columnar and formula approaches. Enter amounts as positive numbers and select Favorable or Unfavorable.
Answer:
Material Price Variance : $112,500 Unfavorable
Material Quantity Variance : 3,168 Favorable
Explanation:
Material Quantity Variance:
Standard quantity : 304,000 cans * 4.4 ounces = 1,337,600
Actual Quantity used : 1,311,200
Variance : 26,400 * $0.12 = $3,168 Favorable
Material Price Variance:
Standard Price : [Standard Price * Actual usage]
[$0.12 * 1,250,000] = $150,000
Actual Price [Actual Price * Actual Usage]
[$0.21 * 1,250,000] = $262,500
Variance : $112,500 UnFavorable
Bolka Corporation, a merchandising company, reported the following results for October: Sales $ 407,000 Cost of goods sold (all variable) $ 173,400 Total variable selling expense $ 20,400 Total fixed selling expense $ 22,200 Total variable administrative expense $ 14,800 Total fixed administrative expense $ 39,700 The contribution margin for October is: Multiple Choice $198,400 $233,600 $136,500 $345,100
Answer:
the contribution margin for October is $198,400
Explanation:
The computation of the contribution margin for October is given below:
= Sales - Cost of goods sold (all variable) - Total variable selling expense - Total variable administrative expense
= $407,000 - $173,400 - $20,400 - $14,800
= $198,400
Hence, the contribution margin for October is $198,400
Therefore the first option is correct
And, the same should be considered
Your company buys a computer system for $3 million and pays the vendor $200,000 to install the computer system. Your company should record: A. $3.2 million as expenses. B. $2.8 million as equipment and the rest as expenses. C. $3.2 million as equipment. D. $3 million as equipment and $200,000 as expenses.
Answer:
Your company should record:
C. $3.2 million as equipment.
Explanation:
a) Data and Calculations:
Cost of computer system = $3 million
Installation cost = $200,000
Total equipment cost = $3.2 million
b) The cost of installation, which helps to bring the computer system into its intended use, forms part of the equipment cost. Therefore, to record the asset in the books of the company, the sum of $3.2 million will be recorded as equipment. There are no expenses for the equipment at this time.
If an organization desires to conduct research with more active control over who participates and has a large budget to pay for research, which combination of research methods would best suit its situation
Answer: in-person research and mail research
Explanation:
Since the organization desires to conduct research with more active control over who participates and has a large budget to pay for research, then the combination of research methods that would best suit its situation is the in-person research and the mail research.
The in-person research is vital in engaging customers more deeply on the areas of interest and also observe how they interact with the products of the company. This is vital in gaining insights which will help in growing the business. Also, the mail research can be used to ask the customers questions relating to a particular topic.
The inventory turnover ratio: Multiple Choice Is used to analyze collectability. Is used to measure solvency. Reveals how many times a company sells its merchandise inventory during a period. Reveals how many days a company can sell inventory if no new merchandise is purchased. Calculation depends on the company's inventory valuation method.
Answer: Reveals how many times a company sells its merchandise inventory during a period.
Explanation:
The Inventory Turnover Ratio is used to measure how often a company is able to sell off all its inventory within a single period. The higher this is, the better because it means that the company has a high sales rate and is incurring low storage costs since the inventory does not stay with them for long.
It is important to use this ratio relative to the type of industry it is being applied to however. For instance, a car dealership would be expected to have a lower inventory turnover ratio than a grocery store so comparing them using this ratio would be inaccurate.
Discuss various factors that must be considered on the warehouse location decisions?
Answer:
burglar proofing
Explanation:
security
