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3 years ago

HELP PLEASE

Business

2 answers:

Ksju [112]3 years ago

7 0

Answer:

Secured credit is backed by an asset equal to the value of a loan, while unsecured credit is not guaranteed by a material object.

Explanation:

bearhunter [10]3 years ago

7 0

Answer:

Secured credit is backed by an asset equal to the value of a loan, while unsecured credit is not guaranteed by a material object.

Explanation:

edge 2020

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Suppose a firm hires both labor (L) and capital (C) under purely competitive conditions. The price of labor is PL, and that of c

olasank [31]

Answer:

The correct answer is C. is neither minimizing costs nor maximizing profits

Explanation:

A company that operates under the conditions described above, moves within a market in purely competitive conditions that ensures linear behavior of demand and supply, which is why it must establish the condition of minimizing costs so that the market does not harm, this means that in the purely competitive market you should not minimize costs or maximize established profits.

6 0

3 years ago

Theoretically, a company comparing multiple projects with similar investment requirements and durations would select projects wi

Elden [556K]

Answer:

D.)

the highest IRR

Explanation:

Here are the options to the question :

A.)

the IRR that is closest to zero

B.)

a negative IRR

C.)

the lowest IRR

D.)

the highest IRR

IRR is a capital budgeting method.

Internal rate of return is the discount rate that equates the after-tax cash flows from an investment to the amount invested

The higher the IRR, the more profitable the project is.

In the absence of certain restrictions, the project with the highest IRR should be chosen

4 0

3 years ago

Suppose that the demand for milk in the United States is represented by the following equation, where P is the price of a gallon

Nostrana [21]

Answer:

P = $3.50 per gallon

Equilibrium Quantity = 165 million gallons

Explanation:

The equilibrium price is the price at which Quantity demanded equals quantity supplied. To calculate the equilibrium price using the given equations for demand and supply, we need to equate both equations.

Equilibrium Price (P) calculation

QD = QS

200 - 10P = -10 + 50P

200 + 10 = 50P + 10P

210 = 60P

P = 210 / 60

P = $3.50 per gallon

The equilibrium quantity can be calculated by inserting the value of Price (P) in any of the equation for demand or supply.

Equilibrium Quantity = 200 - 10(3.50)

Equilibrium Quantity = 200 - 35

Equilibrium Quantity = 165 million gallons

8 0

3 years ago

If you like working with others and persuading them to see your point of view you have a ? personality

Harrizon [31]

Answer:

Persuasive Personality

Explanation:

6 0

3 years ago

On April 1, 2013, Four Seasons Landscaping, LLC purchased new lawn mowers for $70,000 in cash (total cost). They have a useful l

creativ13 [48]

Answer:

Please see the calculation explanation below and the depreciation expense chart for all methods is attached.

Explanation:

1. STRAIGHT-LINE DEPRECIATION METHOD:

Depreciation Expense = (Total Cost - Residual Value) / Useful Life

Depreciation Expense = ($70,000 - $10,000) / 3 years

Depreciation Expense = $60,000 / 3 years

Depreciation Expense = $20,000 per year

2. DOUBLE DECLINING BALANCE DEPRECIATION METHOD:

Depreciation Expense Rate = (100% / Useful Life) x 2

Depreciation Expense Rate = (100% / 3) x 2

Depreciation Expense Rate = 66.67%

2013: 

Depreciation Expense = $70,000 x 66.67% = $46,667

2014: 

Depreciation Expense = ($70,000 - $46,667) x 66.67% = $15,556

Since the residual value is $10,000 and as per Double Declining Balance Method, the point at which Book Value is equal to the residual value, no depreciation is taken.

Depreciation Expense = (Total Cost - Residual Value) - (Accumulated Depreciation)

Depreciation Expense = ($70,000 - $10,000) - ($46,667)

Depreciation Expense = $13,333

2015: 

No Depreciation Expense for year 3, as Book value is already equal to residual value in year 2.

3. PER HOUR DEPRECIATION METHOD:

2013:

Depreciation Cost per hour = (Engine Hours in 2013 / Total Engine Hours) x (Total Cost - Residual Value)

Depreciation Cost per hour = (500 / 1,200) x ($70,000 - $10,000)

Depreciation Cost per hour = $25,000

2014: 

Depreciation Cost per hour = (Engine Hours in 2014 / Total Engine Hours) x (Total Cost - Residual Value)

Depreciation Cost per hour = (400 / 1,200) x ($70,000 - $10,000)

Depreciation Cost per hour = $20,000

2015: 

Depreciation Cost per hour = (Engine Hours in 2015 / Total Engine Hours) x (Total Cost - Residual Value)

Depreciation Cost per hour = (300 / 1,200) x ($70,000 - $10,000)

Depreciation Cost per hour = $15,000

6 0

3 years ago