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xenn [34]
3 years ago
6

The Jones family has a disposable income of $90,000 annually. Assume that their marginal propensity to consume is 0.8 (the Jones

family spends 80% of new disposable income on consumption) and that their autonomous consumption spending is equal to $10,000. What is the amount of the Jones family\'s annual consumer spending?
Business
1 answer:
oksian1 [2.3K]3 years ago
6 0
The Jones Family has an annual consumer spending of $82,000. This is calculated using this formula: C = A +MD where C is the consumer spending, A is the autonomous consumption spending, M is the marginal propensity to consume, and D is the disposable income. Thus, the calculation is C = $10,000 + (0.8)($90,000). Giving C a value of $82,000.
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When each partner contributes capital and owns a specified right to a percentage of the proceeds from the alliance, the collabor
JulijaS [17]

Answer:

The correct answer is "equity ownership"

Explanation:

When each partner contributes capital and owns a specified right to a percentage of the proceeds from the alliance, the collaborative relationship is referred to as equity ownership.

represents the amount that would be returned proportionally to the company shareholders

7 0
3 years ago
A possible problem in the use of psychological tests (e.g., IQ tests) is that many different psychologists from different backgr
Scilla [17]

Answer:

Normed testing method

Explanation:

Norming refers to the way toward developing a standard test to analyse the performance of candidates, and such an analysis is essential to examine the mental and psychology of individuals. The normed test is a way to evaluate students by comparing with candidates who have already passed those tests. The normed testing method will evaluate candidates a lot better than other testing techniques, as it monitors every candidate.

3 0
3 years ago
A company reports the following: Net income $595,900 Preferred dividends $44,140 Shares of common stock outstanding 44,000 Marke
DiKsa [7]

Answer:

$12.54

Explanation:

The computation of the earning per share is shown below:

Earnings per share =  (Net Income - Preferred Dividend) ÷ (Share of common stock outstanding )

= ($595,900 - $44,140) ÷ (44,000 common stock outstanding shares )

= $551,760 ÷ 44,000  common stock outstanding shares

= $7.5

= $12.54

Hence, the earning per share is $12.54

3 0
3 years ago
Aldo Redondo drives his own car on company business. His employer reimburses him for such travel at the rate of 36 cents per mil
Tom [10]

<u>Solution and Explanation:</u>

<u>Step 1 </u>

Consider the given information:

Reimbursement = 36 cents per mile

Fixed cost per year = $2,052 minus 205200 cents

Direct variable cost = 14.4 cents per mile

<u>Step 2 </u>

At the break-even point, total cost becomes equal to the total revenue.

Suppose it takes Q miles for ARto reach break-even.

Step1: Calculate the total cost of AR when the car cover Q miles, as shown below:

Total Cost = Fixed cost + Variable Cost

                 = 205,200 + 14.4 Q

<u>Step 2</u> Calculate the total revenue (reimbursement) of AR when the car covers Q miles, as shown below:

Total Revenue = Reimbursement multiply with Total miles

                       = 36Q

<u>Step 3:</u> Calculate the break-even miles for the car, as shown below:

At break-even,  Total cost = Total revenue

205,200 plus 14.4Q = 36Q

      36Q minus 14.4Q = 205,200

            21.6Q = 205,200

   Q = 205,200 divide by 21.6

    Q = 9,500 miles

Hence, AR should drive 9,500 miles to break-even.        

5 0
3 years ago
How many years will it take for an investment to increase by 3 times at an interest rate of 9% g
Alex_Xolod [135]

Answer:

The Rule of 72 is a quick, useful formula that is popularly used to estimate the number of years required to double the invested money at a given annual rate of return. Alternatively, it can compute the annual rate of compounded return from an investment given how many years it will take to double the investment.

While calculators and spreadsheet programs like Microsoft Excel have functions to accurately calculate the precise time required to double the invested money, the Rule of 72 comes in handy for mental calculations to quickly gauge an approximate value. For this reason, the Rule of 72 is often taught to beginning investors as it is easy to comprehend and calculate. The Security and Exchange Commission also cites the Rule of 72 in grade-level financial literacy resources.

1

KEY TAKEAWAYS

The Rule of 72 is a simplified formula that calculates how long it'll take for an investment to double in value, based on its rate of return.

The Rule of 72 applies to compounded interest rates and is reasonably accurate for interest rates that fall in the range of 6% and 10%.

The Rule of 72 can be applied to anything that increases exponentially, such as GDP or inflation; it can also indicate the long-term effect of annual fees on an investment's growth.

This estimation tool can also be used to estimate the rate of return needed for an investment to double given an investment period.

For different situations, it's often better to use the Rule of 69, Rule of 70, or Rule of 73.

Rule of 72

The Formula for the Rule of 72

The Rule of 72 can be leveraged in two different ways to determine an expected doubling period or required rate of return.

Years To Double: 72 / Expected Rate of Return

To calculate the time period an investment will double, divide the integer 72 by the expected rate of return. The formula relies on a single average rate over the life of the investment. The findings hold true for fractional results, as all decimals represent an additional portion of a year.

Expected Rate of Return: 72 / Years To Double

To calculate the expected rate of interest, divide the integer 72 by the number of years required to double your investment. The number of years does not need to be a whole number; the formula can handle fractions or portions of a year. In addition, the resulting expected rate of return assumes compounding interest at that rate over the entire holding period of an investment.

The Rule of 72 applies to cases of compound interest, not simple interest. Simple interest is determined by multiplying the daily interest rate by the principal amount and by the number of days that elapse between payments. Compound interest is calculated on both the initial principal and the accumulated interest of previous periods of a deposit.

How to Use the Rule of 72

The Rule of 72 could apply to anything that grows at a compounded rate, such as population, macroeconomic numbers, charges, or loans. If the gross domestic product (GDP) grows at 4% annually, the economy will be expected to double in 72 / 4% = 18 years.

With regards to the fee that eats

7 0
2 years ago
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