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Serggg [28]
3 years ago
13

An electronic firm invested $60,000 in a precision inspection device. It cost $4000 to operate and maintain in the first year an

d $3000 in each later year. At the end of 4 years, the firm changed their inspection procedure, eliminating the need for the device. The purchasing agent was very fortunate to sell the inspection device for $60,000, the original price. Compute the equivalent uniform annual cost during 4 years the device was used. Assume the interest rate 10% per year.
Business
1 answer:
Anon25 [30]3 years ago
5 0

Answer:

$9,287.63

Explanation:

Data provided in the question:

Amount invested = $60,000

Operating cost for the first year = $4000

Operating and maintaining cost after 1 year = $3,000

Selling price  = $60,000

Now,

Amount paid extra in the year 1 =  $4,000 - $3,000

= $1,000

EUAC ($)

= $60,000 × A/P(10%, 4) + $3,000 + $1,000 × P/F(10%, 1) × A/P(10%, 4) - [ $60,000 × P/F(10%, 4) × A/P(10%, 4) ]

= [ $60,000 × 0.3155 + 3,000 + 1,000 × 0.9091 × 0.3155 ] - [ 60,000 × 0.6830 × 0.3155  ]

= [ $18,930 + $3,000 + $286.82 ] - [ $12,929.19 ]

= $9,287.63

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The National Income and Product Accounts identity states:__________A) Expenditure  Production  Income.B) Production  Expendit
zaharov [31]

Answer:

I. National Income Accounting:

National income accounts are an accounting framework is useful in measuring economic activity.

A. Three approaches—all produce the same measurement of the production of the economy.

1. product approach: how much output is produced

2. income approach: how much income is created by production

3. Expenditure approach: how much purchasers spend

B. Why all three approaches are the same: Assumes no unsold goods (at this point) then the market values of goods and services produced must equal the amount buyers spend to purchase them (product approach=expenditure approach). What the seller receives (income) must equal what is spent (expenditure).

II. Gross Domestic Product (GDP)

A. GDP vs. GNP

GNP= output produced by domestically owned factors or production. (By our people)

GDP= includes production produced by foreign owed factors of production within the countries border and excludes domestically owned production in foreign countries. (On our soil)

1. GDP = GNP – net factor payment from abroad (NFP)

2. How big is the difference?

B. Product approach: The market value of all final goods and services produced within a nation during a fixed period of time.

1. Market value: allows comparison between different goods. Has some problems – ignores some goods. underground economy, and government services.

2. Final goods and service: Treatment of inventories; Capital goods; Avoids double counting; Value added.

3. New production: Ignores goods produced in previous periods

C. Expenditure approach: Total spending on final goods and services produced within a nation during a specified period of time.

1. Income expenditure identity and four categories of spending: Consumption (C), Investment (I), government purchases of goods and services (G) and net exports (NX)

Y = C + I + C + NX

2. Consumption(C): Spending by domestic households on final goods and services

a. Consumer durable goods: Long lasting goods

b. Nondurable goods used up quickly

c. Services

3. Investment (I): Spending on new capital goods by business

a. Business fixed investment

b. Residential fixed investment

c. Inventory investment: Changes in the amount of unsold goods, goods in progress and new materials

4. Government purchases of goods and services (G):

a. State and local vs. Federal spending

b. Transfers and interest payments on debt are not counted. They are counted in total government expenditure which is not the same as government purchases of goods and services.

5. Net exports (NX): exports minus imports

a. Need to subtract imports since they are counted in C. I and G can add goods produced within the country purchased by foreign interests (exports).

D. Income approach adds up income received by producers, including profits and taxes paid to the government

1. Income generated by production

a. National income =

compensation of employees

+ proprietors income

+ rental income of persons

+ corporate profits

+ net interest

+ taxes on production

+ business transfers

+ surplus of gov enterprises

b. National income + statistical discrepancy = Net National Product (NNP)

Note: This changed a couple years ago. If you have an old addition, you may see the indirect business tax. It is no long used in this equation!

c. NNP + depreciation = GNP

d. GNP – NFP = GDP

2. Income of private sector and government

a. Private disposable income = income of private sector = private sector income earned at home (Y or GDP) and abroad (NFP) + payments from the government sector (transfers TR and interest on debt INT) – taxes paid to government (T) = Y + NFP + TR + INT – T

b. Government net income = T- TR – INT

III. Saving and Wealth

A. Wealth Difference between assets and liabilities

B. Measures of aggregate savings

1. Saving = current income – current spending; saving rate = saving/current income

2. Private saving (Spvt) Spvt = Y + NFP – T + TR + INT – C

3. Government Saving (Sgovt) Sgovt = T – TR- INT – G

a. Government saving = Government budget surplus (deficit = -Sgovt)

4. National Saving= private saving + government saving

S = Spvt + Sgovt = Y + NFP - C – G = GNP - C – G

C. The uses of private saving

1. S = I + (NX + NFP) = I + CA

CA = NX + NFP = current account balance

2. The use of savings identity

Spvt = I – Sgovt + CA

If the budget deficit increases one or a combination of the following happen

1) private saving must rise

2) investment must fall

3) the current account balance must fall

IV. Prices Indexes, Inflation and Interest Rates

A. Nominal vs. Real variables

Nominal Variables – Measures the economic variable in terms of the current market value.

Real Variable—Measure the variable valued at the prices in a base year.

B. Real vs. Nominal: Calculation the differences

Examples Small country only produces base balls and baseball bats

Explanation:

3 0
3 years ago
High Flying takes tourists on helicopter tours of Hawaii. Each tourist buys a $190 ticket; the variable costs average $57 per pe
Dennis_Churaev [7]

Answer:

a.  450 tours per month

b.  $850 per month

c.  CM Ratio = 0.7

d.  

1.  Increase

2.  Decrease

3.  No Effect

Explanation:

<u>The questions are:</u>

<u>a. Compute the average number of tours the company must conduct per month to break even</u>

<u>b. Compute the average sales revenue needed per month to produce a target average profit of $53,200</u>

<u>c. Calculate the contribution margin ratio. (Round your answer to 2 decimal places.)</u>

<u>d. Determine whether the actions that follow will increase, decrease, or not affect the company's break-even point. </u>

<em>1. A decrease in tour prices.</em>

<em>2. The termination of a salaried clerk (no replacement is planned).</em>

<em>3. A decrease in the number of tours sold.</em>

<u />

<u />

<u>Solution:</u>

a.

Selling Price = 190

VC = 57

Unit Contribution Margin = $133

Fixed Cost = 718,200 yearly, so monthly is:

718,200/12 = 59,850

Break even occurs when by selling tours they will cover monthly fixed cost of 59,850 [each tour will get 133], thus:

59,850/133 =  <u>450 tours per month</u>

<u></u>

b.

718,200 FC yearly, means, monthly:

718,200/12 = $59,850

Profit needed 53,200, so we would need to cover:

53200+59850 = $113,050

Each tour gives Unit CM to be $133, so we would need revenue of:

Rev = 113,050/133 = <u>$850</u>

<u></u>

c.

Contribution margin ratio is the quotient of difference in sales and var expenses to sales.

So,

CM Ratio = (Sales - Var Exp) / Sales

CM Ratio = (190 - 57) / 190 = 0.7

d.

1.

If the tour prices, decrease, there will be less revenue coming in so the break even point would go higher.

So, break even point will increase

2.

If a salaried clerk is terminated, it will decrease the salary costs of the company. This is decrease the fixed costs of the company (annual wages and salaries), thus it will be easier to cover the new, lower, fixed costs. Thus, the break even point will decrease

3.

A decrease in number of tours sold would proportionally change the variables and other costs and revenues associated. If you look at the calculation above, you will see that "number of tours" won't affect the Break Even Point. Thus, this action will create "no effect".

7 0
4 years ago
Suppose that the market demand curve for bean sprouts is given by P = 1,660 - 4Q, where P is the price and Q is total industry o
a_sh-v [17]

Answer:

In equilibrium, total output by the two firms will be option e= 300.  

Q = q_{1} + q_{2}

Q = 100 + 200

Q = 300

Explanation:

Data Given:

Market Demand Curve = P = 1660-4Q

where, P = price and Q = total industry output

Each firm's marginal cost = $60 per unit of output

So, we know that Q =  q_{1} + q_{2}

where q_{} being the individual firm output.

Solution:

P = 1660-4Q

P = 1660- 4(q_{1} + q_{2})

P = 1660 - 4q_{1} - 4q_{2}

Including the marginal cost of firm 1 and multiplying the whole equation by q_{1}

Let's suppose new equation is X

X =  1660q_{1} - 4q_{1} ^{2} - 4q_{1}q_{2} - 60q_{1}

Taking the derivative w.r.t to q_{1}, we will get:

X^{'} = 1660 - 8q_{1} - 4q_{2} - 60 = 0

Making rearrangements into the equation:

8q_{1} + q_{2} = 1660 - 60

8q_{1} + q_{2} = 1600

Dividing the whole equation by 4

2q_{1} +q_{2} = 400

Solving for q_{1}

2q_{1} = 400 - q_{2}

q_{1} = 200 - 0.5 q_{2}  

Including the marginal cost of firm 1 and multiplying the whole equation by q_{2}

P = 1660 - 4q_{1} - 4q_{2}

Let's suppose new equation is Y

Y =  1660q_{2} - 4q_{1}q_{2} -4q_{2} ^{2} - 60q_{2}

Pugging in the value of q_{1}

Y =  1660q_{2} - 4q_{2}(200 - 0.5 q_{2}) -4q_{2} ^{2} - 60q_{2}

Y =  1660q_{2} - 800q_{2} +2q_{2} ^{2} -4q_{2} ^{2} - 60q_{2}

Y =  1600q_{2} - 800q_{2} -2q_{2} ^{2}

Taking the derivative w.r.t q_{2}

Y^{'} = 1600 - 800 - 4q_{2} = 0

Solving for q_{2}

4q_{2} = 800

q_{2} = 200

q_{1} = 200 - 0.5 q_{2}

Plugging in the value of q_{2} to get the value of q_{1}

q_{1} = 200 - 0.5 (200)

q_{1} = 200 - 100

q_{1} = 100

Q = q_{1} + q_{2}

Q = 100 + 200

Q = 300

Hence, in equilibrium, total output by the two firms will be option

e= 300.

5 0
3 years ago
Integrated marketing communications (IMC): Group of answer choices is typically overseen by a marketing communications director
makvit [3.9K]

Integrated marketing communications (IMC): "Refers to the coordination of all promotional activities to produce a unified, customer-focused promotional message."

<h3>What is Integrated marketing communications (IMC)?</h3>

IMC is described as "a planning process meant to ensure that all brand contacts for a product, service, or organisation received by a consumer or prospect are relevant to that person and consistent across time" by the American Marketing Association.

The importance of IMC are-

  • To effectively deliver a single message to both potential and current end users, integrated marketing communication helps integrate all key marketing components.
  • At a low cost, integrated marketing communication can significantly increase consumer brand recognition.
  • Any marketing initiative that employs many channels is considered integrated marketing. For instance, you might see a commercial for a popular new doughnut flavour, then drive by the donut store and see posters of the donut.

To know more about integrated marketing communications (IMC), here

brainly.com/question/20595921

#SPJ4

6 0
2 years ago
The same amount of principal is invested in different accounts earning the same interest rate. Which of the following accounts w
Sophie [7]
D.) An account earning interest compounded daily.

This is the account that would have the greatest accumulated value at the end of one year.

Let us assume the following figures.
Principal = 1,000
Interest rate = 12% p.a.
Term 1 year 

a) account earning no interest = 1,000
b) account earning simple interest
S.I. = 1,000 x 12% x 1 = 120 
Balance = 1000 + 120= 1,120
c) account earning interest compounded annually
FV = 1,000 (1+.12)¹
FV = 1,000 (1.12)
FV = 1,120
d) account compounded daily
FV = 1,000 (1 + .12/365)³⁶⁵
FV = 1,000 (1 + 0.00033)³⁶⁵
FV = 1,000 (1.00033)³⁶⁵
FV = 1,000 (1.128)
FV = 1,128

6 0
3 years ago
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