Producers believe the economy is headed for a recession, so they reduce their purchases of machinery and equipment. A. The Short Run Aggregate Supply curve shifts to the right.
B. The Aggregate Demand curve shifts to the left.
C. The Aggregate Demand curve shifts to the right.
D. The Short Run Aggregate Supply curve shifts to the left.

Answers

Answer 1
Answer:

Answer:

A - The Short Run Aggregate Supply curve shifts to the right. 

Explanation:

The Short Run Aggregate Supply curve plots aggreagrate price against aggreagrate quantity.

If producers believe a recession is imminent and they reduce the amount of machinery purchased, the quantity supplied would reduce shifting the Short Run Aggregate Supply curve to the left.

I hope I was able to help you.


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Your best friend wants to borrow $2000 from you today for an emergency purchase they need to make that requires a cash payment. They promise to pay you back $1000 in 1 year (i.e. 12 months) and then pay you $1100 in two years (i.e. in 24 months). You would have to remove the money from your stock investment account which is earning on average a return of 5% (i.e. the effective yearly interest rate you are getting on your money is 0.05). Required:a. Is this a fair deal for you? Justify your answer with an engineering economics analysis and discussion of the situation by calculating the Net Present Value (NPV) for the scenario. b. Draw a Cash Flow Diagram for this situation.
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Xie Company identified the following activities, costs, and activity drivers for 2017 The company manufactures two types of go-karts Deluxe and Basic.Activity Expected Costs Expected Activityhandling materials $ 625,000 100,000 partsInspecting product 900,800 1,500 batchesProcessing purchase orders 105,000 700 ordersPaying suppliers 175,000 500 invoicesEnsuring the factory 300,000 40,000 square feetDesigning packaging 75,000 2 modelsRequired:1. Compute a single plantwide overhead rate, assuming that the company assigns overhead based on 125,000 budgeted direct labor hours2. In January 2017, the Deluxe model required 2,500 direct labor hours and the basic model required 6,000 direct labor hours. Assign overhead costs to each model using the single plantwide overhead rate.

ameron Company uses a process cost system and the weighted average method to account for its production. The following information was available for August: units Costs Work in Process, August 1 100 $ 2,990 Work in Process, August 31 200 (A) During the month, 800 units were started into production, and $5,000 in costs were incurred. Ending inventory was 50% complete. The cost of the units transferred out would be: (Do not round your intermediate calculations.)

Answers

Answer:

Cost of Units Transferred Out: $7,548

Explanation:

                                                                      Cost                       Units                                      

Beginning Work in Process (WIP):              $2,990                    1,100

Production Started during August                                               800

Production Completed in August                                                1,700 *

Cost added to during August                     $5,000    

Ending WIP August:                                                                      200 (50%)

*Completed: Beginning WIP Units  + Started Units  - Ending WIP Units = 1,100 + 800 - 200 = 1,700

Costs of the Units: Cost of beginning WIP Units + Cost Added during the Period

Cost of the Units: $2,990 + $5,000 = $7,990

Equivalent Units of Production (EUP): Completed Units + Ending WIP Units

EUP: 1,700 Units + 200 Units x 50% = 1,800 Units

Cost per Equivalent Unit: Cost of Units / EUP

Cost per EUP: $7,990 / 1,800 = $4.44

Cost of Units Transferred Out: Cost per EUP x Units Transferred Out

Cost per Units Transferred Out:  $4.44 x 1,700 = $7,548

Present value with periodic rates. Sam​ Hinds, a local​ dentist, is going to remodel the dental reception area and add two new workstations. He has contacted​ A-Dec, and the new equipment and cabinetry will cost ​$25 comma 000. The purchase will be financed with an interest rate of 10​% loan over 6 years. What will Sam have to pay for this equipment if the loan calls for semiannual payments ​(2 per​ year) and monthly payments ​(12 per​ year)? Compare the annual cash outflows of the two payments. Why does the monthly payment plan have less total cash outflow each​ year? What will Sam have to pay for this equipment if the loan calls for semiannual payments ​(2 per​ year)?

Answers

Answer:

What will Sam have to pay for this equipment if the loan calls for semiannual payments ​(2 per​ year)

  • $2,820.62

and monthly payments ​(12 per​ year)?

  • $531.13

Compare the annual cash outflows of the two payments.

  • total semiannual payments per year = $2,820.62 x 2 = $5,641.24
  • total monthly payments per year = $531.13 x 12 = $6,373.56

Why does the monthly payment plan have less total cash outflow each​ year?

  • The monthly payment has a higher total cash outflow ($6,373.56 higher than $5,641.24), it is not lower. Since the compounding period is shorter, more interest is charged.

What will Sam have to pay for this equipment if the loan calls for semiannual payments ​(2 per​ year)?

  • $2,820.62 x 12 payments = $33,847.44 ($25,000 principal and $8,847.44 interests)

Explanation:

cabinet cost $25,000

interest rate 10%

we can use the present value of an annuity formula to determine the monthly payment:

present value = $25,000

PV annuity factor (5%, 12 periods) = 8.86325

payment = PV / annuity factor = $25,000 / 8.8633 = $2,820.62

present value = $25,000

PV annuity factor (0.8333%, 60 periods) = 47.06973

payment = PV / annuity factor = $25,000 / 47.06973 = $531.13

The monthly payment plan has less total cash outflow each year compared to the semiannual payment plan because the principal loan amount is reduced more quickly, leading to less accrued interest over the lifetime of the loan. Using the loan amortization formula and plugging in the appropriate values will yield the payment amounts for each plan.

The subject at hand relates toloan amortization, specificially the calculation of periodic payments for a loan when the interest is compounded semi-annually or monthly.

Let us denote the principal loan amount as P, the interest rate as r, and the number of payments as n.

For semiannual payments, n equals the number of years multiplied by 2, and for monthly payments, n equals the number of years multiplied by 12. Also, the interest rate needs to be divided by the number of periods per year. Therefore, the semiannual interest rate is r/2, and the monthly interest rate is r/12.

The formula to calculate the periodic payment amount, A, is: A = P * [r(1 + r)^n] / [(1 + r)^n - 1].

In this case, the loan amount, P, is $25,000, and the interest rate, r, is 0.1 or 10%. Hence, for example, the semiannual loan payments can be calculated using the formula as follows: Substituting n = 6 * 2 and r = 0.1/2 into the formula, we will get the payment amount for semiannual payments.

The annual cash outflows for the two payment plans are not the same because the principal amount is reduced more quickly in the plan with more frequent payments (monthly), thus accumulating less interest over the life of the loan. The total cash outflow over the loan period would be less for the monthly payment plan compared to the semiannual payment plan.

For such more questions on Loan Amortization

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Compute the cost assigned to ending inventory using (a) FIFO, (b) LIFO, (c) weighted average, and (d) specific identification. For specific identification, the October 9 sale consisted of 55 units from beginning inventory and 185 units from the October 5 purchase; the October 29 sale consisted of 35 units from the October 18 purchase and 75 units from the October 25 purchase. (Round your average cost per unit to 2 decimal places.)

Answers

Answer:

Ending inventory:

(a) specific identification = $5,885

(b) weighted average = $5,960

(c) FIFO = $5,750

(d) LIFO = $5,845

Explanation:

Date        Activity                 Units       Cost        Total

Oct. 1       Beg. inventory     155          $14          $2,170

Oct. 5      Purchase              180         $13.50     $2,430  

Oct. 9      Sales                     240

Oct. 18     Purchase              140         $13          $1,820

Oct. 29    Sales                     110

Oct. 25    Purchase              330        $12.50     $4,125

total         Purchases            805        $13.10      $10,545                              

Cost of goods sold:

(a) specific identification = [(55 x $14) + (185 x $13,50)] + [(35 x $13) + (75 x $12.50)] = $4,660

(b) weighted average = $13.10 x 350 units = $4,585

(c) FIFO = (155 x $14) + (85 x $13.50) + (95 x $13.50) + (15 x $13) = $4,795

(d) LIFO = (180 x $13.50) + (60 x $14) + (110 x $13) = $4,700

Ending inventory:

(a) specific identification = $10,545 - $4,660 = $5,885

(b) weighted average = $10,545 - $4,585 = $5,960

(c) FIFO = $10,545 - $4,795 = $5,750

(d) LIFO = $10,545 - $4,700 = $5,845

To reduce its stock price, Shriver Food Systems, Inc., declared and issued a 100 percent stock dividend. The company has 860,000 shares authorized and 260,000 shares outstanding. The par value of the stock is $1 per share and the market value is $100 per share. Prepare the journal entry to record this large stock dividend. (If no entry is required for a transaction/event, select "No Journal Entry Required" in the first account field.)

Answers

Answer:

Dr. Retained Earning                    $86,000,000

Cr. Common Stock                       $860,000

Cr. Paid-in-Capital excess of par $85,140,000

Explanation:

Stock dividend is the payment of dividend to stockholder in the form of stock/shares of the company. Stock are issued at the market price and the value of the dividend is transferred from the retained earning to the add-in-capital accounts.

Dividend Value = 860,000 x 100 = $86,000,000

Par Value of Stocks = $1 x 860,000 = $860,000

Add-in-capital excess of par common stock = ($100-$1) x 860,000 = $85,140,000

Final answer:

To record a large stock dividend, debit the Retained Earnings by the total market value of the dividend, then credit the Common Stock by the par value part, and credit the Paid-In Capital in Excess of Par by the remaining part.

Explanation:

To record a large stock dividend, you need to debit (decrease) Retained Earnings and credit (increase) Common Stock and Paid-in Capital in Excess of Par. Here's an example using Shriver Food Systems, Inc. data:

  1. Calculate the total market value of the dividend: 260,000 shares * $100 per share = $26,000,000
  2. Deduct the par value: $26,000,000 - (260,000 shares * $1 par value) = $25,740,000
  3. Make the journal entry: Debit Retained Earnings for $26,000,000. Credit Common Stock for $260,000 (this represents the par value). Credit Paid-In Capital in Excess of Par for $25,740,000 (this represents the remainder).  

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The National Bank Act of 1864 established the national banking system in the United States. The Act still governs U.S. national banks even though Congress has updated it many times since 1864. True False

Answers

Answer:

The answer is True

Explanation:

Assume the carrying capacity of the earth is 13 billion. Use the 1960s peak annual growth rate of 2.1​% and population of 3 billion to predict the base growth rate and current growth rate with a logistic model. Assume a current population of 6.8 billion. How does the predicted growth rate compare to the actual growth rate of about 1.2​% per​ year?

Answers

Answer:

The predicted growth rate is compared at  -2%

Explanation:

To calculate growth rate, G.R = X(1-(Population)/(Carrying capacity of earth))

In the 1960s,

The carrying capacity of the earth = 13 billion

Earth's population = 3 billion

X = ((Growth rate in 1960))/((1-(Population in 1960)/(Carrying Capacity in 1960)) )

X = 0.021 (1-(3,000,000,000)/(13,000,000,000) )

X = 0.021 × 0.77

X = 0.01617 = 1.6%

Current population calculation:

Growth Current population (C.p) = 0.016(1-(current population)/(current capacity))

Growth Current population (C.p) = 0.016(1 - (6,800,000,000)/(3,000,000,000) )

Growth Current population (C.p) = 0.016(-1.267)

Growth rate = -0.020272 = -2%

The predicted growth rate compare to the actual growth rate of about 1.2​% per​ year at -2%.