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3 years ago

Which economic policy was most successful during the Great Depression?

1 answer:

6 0

The economic policy that was most successful during the Great Depression is (D) increased government spending. It is a common view among economists that government spending on the war at least accelerated from the recovery of the Great Depression. Well, as always, other think that it didn't play a vital role in recovery.

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predetermined overhead rate on the estimated machine-hours for the upcoming year. At the beginning of the most recently complete

Papessa [141]

Answer:

Total overhead rate = $34.17 per machine hour

Explanation:

The total overhead rate would the sum of the variable overhead rate and the fixed overhead rate

The pre-determined fixed overhead absorption rate = Estimated fixed overhead /Estimated machine hours

DATA:

Estimated overhead - $256,500.

Estimated machine hours - 10,000 machine hours

The pre-determined fixed overhead absorption rate =

$256,500/ 10,000 machine hours = 25.65 per hour

The pre-determined overhead absorption rate = $25.65 per hour

Total overhead rate = Variable rate + Fixed rate

= $8.52 + $25.65 = $34.17

Total overhead rate = $34.17 per machine hour

3 0

3 years ago

Which of the following methodologies might be most appropriate if you have a system project with: unclear requirements; very fam

Anna71 [15]

Answer:

The last option is wrong, the correct option to that question is: Extreme Programming.

And the correct answer is that option.

Explanation:

To begin with, the name of "Extreme Programming" refers to a specific methodology of development of software that mainly focuses in the improvement of software quality and the responsiveness to changing customers requirements. Moreover, this methodology best fits in the cases where the system project comes with unclear requirements and where there is a short time schedule due to the fact that as a type of agile software development it advocates frequent releases in short time cycles that are primarily focus on introducing checkpoints in where the requirements of the consumers who are unclear can be adopted.

5 0

3 years ago

The controlling account in the general ledger that summarizes the individual customer accounts in the subsidiary ledger is entit

Bas_tet [7]

Answer:

The correct answer is (c)

Explanation:

A controlling account is an adjustment account for which a subsidiary ledger is generally created. It helps to further track the transactions in detail. A controlling account is an account in the general ledger that is entitled as accounts receivable. This account includes a separate account for every single customer who makes a credit purchase.

4 0

3 years ago

You are planning to save for retirement over the next 30 years. To save for retirement, you will invest $800 per month in a stoc

Svetach [21]

Answer:

Ans. You withdraw each month from your account, for 300 months (25 years) $1,118.03 taking into account the expected inflation rate.

Explanation:

Hi, ok, first, we need to find out how much money will you have after saving in both accounts for 30 years, for that, we need to use the following equation and solve for FV (future value).

$FV=\frac{A((1+r)^{n}-1) }{r}$

Where, A is the amount saved in the account, r is the interest rate that it pays, n are the yearly equal payments, in our case 30. Everything should look like this in the case of the stock account.

$FV=\frac{800((1+0.11)^{30}-1) }{0.11} = 159,216.70$

In the case of the bond account it should look like this.

$FV=\frac{400((1+0.07)^{30}-1) }{0.07} = 37,784.31$

This means that after 30 years you will have $197,001.02

Now, we need to find the amount of monthly withdraw that you can make given the money saved, but in order to take into account the time value of money, we need to use the real rate of return and not the nominal rate of return (9%, when you gather all your money and send it to another acoount). Therefore, we have to find out the real rate of return, like this.

$Real(r)=\frac{[1+Nominal(r)]}{[1+Inflation(r)]} -1=\frac{(1+0.09)}{(1+0.04)} -1=0.0481$

This is 4.81% effective annual rate, but we need this rate to be effective monthly, that is:

$r(monthly)=(1+r(annual))^{\frac{1}{12} } -1=(1+0.0481)^{\frac{1}{12} } -1=0.0039$

That is 0.39% effective monthly, and we have to use the following equation with n=300 months, r=0.0039, PV= $197,001.02 and solve for A.

$PV=\frac{A((1+r)^{n} -1)}{r(1+r)^{n} } =\frac{A(2.234662443)}{0.012682296} =A(176.2032975)$

$197,001.02=A(176.2032975)$

$A=1,118.03$

Best of luck

7 0

3 years ago

Pacific Packaging's ROE last year was only 6%; but its management has developed a new operating plan that calls for a debt-to-ca

Gre4nikov [31]

Answer:

0.11%

Explanation:

Given that

Earning before interest and tax = $560,000

Interest = $336,000

The computation of company's return on equity is shown below:-

So, the Earning before tax

= $560,000 - $336,000

= $224,000

Tax = $224,000 × 30%

= $67,200

Earnings after interest and taxes = Earning before tax - Tax

= $224,000 - $67,200

= $156,800

Asset turnover ratio = total revenue ÷ total assets

3.4 = $8,000,000 ÷ total assets

Total assets = 2,352,941.18

Equity ratio = 1 - debt ratio

= 1 - 0.40

= 0.60

Total Equity = equity ratio × total assets

= 0.60 × 2,352,941.18

= 1,411,764.71

Return on Equity = Net income ÷ Equity

= $156,800 ÷ 1,411,764.71

= 0.11%

6 0

3 years ago