Which of the following steps in the college application process should be done as a junior, rather than as a senior?

The variable overhead efficiency variance measures the difference between the actual level of activity and the standard activity

QveST [7]

Answer: A. True

Explanation:

The variable overhead efficiency variance is the difference between the actual and budgeted hours worked, which are then applied to the standard variable overhead rate per hour

7 0

2 years ago

When the Federal Reserve lends money to banks and other financial institutions because no one else will, it is: Please choose th

inessss [21]

The Federal reserve is acting as a lender of last resort when its lends money to banks and other financial institutions because no one else will/

<h3>What is the Federal Reserve?</h3>

It is the United states central banking system that is responsible for the nation's monetary policy and regulation of the supply of money and interest rates.

One of the role of Federal reserve is to act as a lender of last resort when its lends money to banks and other financial institutions because no one else will.

Therefore, the Option A is correct.

Read more about Federal Reserve

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7 0

1 year ago

allatin County Motors Inc. assembles and sells snowmobile engines. The company began operations on July 1 and operated at 100% o

vodomira [7]

Answer:

Sales 2,600,000

Less Cost of Goods Sold

Opening Stock 0

Add Cost of Goods Manufactured

Direct materials 1,218,000

Direct labor 522,000

Variable factory overhead 87,000

Fixed factory overhead 130,500

Less Closing Stock (350×(1,957,500/4,350) (157,500) (1,800,000)

Gross Profit 800,000

Less Expenses

Selling and administrative expenses:

Variable selling and administrative expenses (60,000)

Fixed selling and administrative expenses (25,000)

Net Income 715,000

Explanation:

<em>Product Cost (Absorption Costing) = Direct Materials + Direct Labor + Variable Overhead + Fixed Overheads</em>

<em>Period Cost (Absorption Costing) = All Non- Manufacturing Overheads</em>

7 0

3 years ago

Bond X is a premium bond making semiannual payments. The bond has a coupon rate of 7.5 percent, a YTM of 6 percent, and 13 years

bija089 [108]

Answer:

a. What are the prices of these bonds today?

price of bond X:

0.03 = {37.5 + [(1,000 - MV)/26]} / [(1,000 + MV)/2]

0.03 x [(1,000 + MV)/2] = 37.5 + [(1,000 - MV)/26]

0.03 x (500 + 0.5MV) = 37.5 + 38.46 - 0.03846MV

15 + 0.015MV = 75.96 - 0.03846MV

0.05346MV = 60.96

MV = 60.96 / 0.05346 = $1,140.29

price of bond Y:

0.0375 = {30 + [(1,000 - MV)/26]} / [(1,000 + MV)/2]

0.0375 x [(1,000 + MV)/2] = 30 + [(1,000 - MV)/26]

0.0375 x (500 + 0.5MV) = 30 + 38.46 - 0.03846MV

18.75 + 0.01875MV = 68.46 - 0.03846MV

0.05721MV = 49.71

MV = 49.71 / 0.05721 = $868.90

b. What do you expect the prices of these bonds to be in one year?

price of bond X:

0.03 = {37.5 + [(1,000 - MV)/24]} / [(1,000 + MV)/2]

0.03 x [(1,000 + MV)/2] = 37.5 + [(1,000 - MV)/24]

0.03 x (500 + 0.5MV) = 37.5 + 41.67 - 0.04167MV

15 + 0.015MV = 79.17 - 0.04167MV

0.05667MV = 64.17/0.05667 = $1,132.29

price of bond Y:

0.0375 = {30 + [(1,000 - MV)/24]} / [(1,000 + MV)/2]

0.0375 x [(1,000 + MV)/2] = 30 + [(1,000 - MV)/24]

0.0375 x (500 + 0.5MV) = 30 + 41.67 - 0.04167MV

18.75 + 0.01875MV = 71.67 - 0.04167MV

0.06042MV = 52.92

MV = 52.92 / 0.06042 = $875.87

c. What do you expect the prices of these bonds to be in three years?

price of bond X:

0.03 = {37.5 + [(1,000 - MV)/20]} / [(1,000 + MV)/2]

0.03 x [(1,000 + MV)/2] = 37.5 + [(1,000 - MV)/20]

0.03 x (500 + 0.5MV) = 37.5 + 50 - 0.05MV

15 + 0.015MV = 87.5 - 0.05MV

0.065MV = 72.5

MV = 72.5 / 0.065 = $1,115.38

price of bond Y:

0.0375 = {30 + [(1,000 - MV)/20]} / [(1,000 + MV)/2]

0.0375 x [(1,000 + MV)/2] = 30 + [(1,000 - MV)/20]

0.0375 x (500 + 0.5MV) = 30 + 50 - 0.05MV

18.75 + 0.01875MV = 80 - 0.05MV

0.06875MV = 61.25

MV = 61.251 / 0.06875 = $890.91

d. What do you expect the prices of these bonds to be in eight years?

price of bond X:

0.03 = {37.5 + [(1,000 - MV)/10]} / [(1,000 + MV)/2]

0.03 x [(1,000 + MV)/2] = 37.5 + [(1,000 - MV)/10]

0.03 x (500 + 0.5MV) = 37.5 + 100 - 0.1MV

15 + 0.015MV = 137.5 - 0.1MV

0.115MV = 122.5

MV = 122.5 / 0.115 = $1,065.22

price of bond Y:

0.0375 = {30 + [(1,000 - MV)/10]} / [(1,000 + MV)/2]

0.0375 x [(1,000 + MV)/2] = 30 + [(1,000 - MV)/10]

0.0375 x (500 + 0.5MV) = 30 + 100 - 0.1MV

18.75 + 0.01875MV = 130 - 0.1MV

0.11875V = 111.25

MV = 111.25 / 0.11875 = $936.84

7 0

3 years ago

Who is bored if so lets talk

PSYCHO15rus [73]

Meeeeeeeeeeeeeeeeeee

8 0

3 years ago

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