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Yakvenalex [24]
2 years ago
5

Net interest margin—often referred to as spread—is the difference between the rate banks pay on deposits and the rate they charg

e for loans. Suppose that the net interest margins for all U.S. banks are normally distributed with a mean of 4.15 percent and a standard deviation of .5 percent. (a) Find the probability that a randomly selected U.S. bank will have a net interest margin that exceeds 5.40 percent. (Round answer to 4 decimal places.) P (b) Find the probability that a randomly selected U.S. bank will have a net interest margin less than 4.40 percent. (Round answer to 4 decimal places.) P (c) A bank wants its net interest margin to be less than the net interest margins of 95 percent of all U.S. banks. Where should the bank’s net interest margin be set? (Round the z value to 3 decimal places. Round answer to 4 decimal places.)

Business
1 answer:
Minchanka [31]2 years ago
6 0

Answer:

(a) P(X\:>\:5.40)=0.9938

(b) P(X\:

(c) X=4.975 percent

Explanation:

(a) Find the z-value that corresponds to 5.40 percent

.Z=\frac{X-\mu}{\sigma}

Z=\frac{5.40-4.15}{0.5}

Z=\frac{1.25}{0.5}=2.5

Hence the net interest margin of 5.40 percent is 2.5 standard deviation above the mean.

The area to the left of 2.5 from the standard normal distribution table is 0.9938.The probability that a randomly selected U.S. bank will have a net interest margin that exceeds 5.40 percent is 1-0.9938=0.0062

(b) The z-value that corresponds to 4.40 percent is Z=\frac{4.40-4.15}{0.5}=0.5The net interest margin of 4.40 percent is 0.5 standard deviation above the mean.

Using the normal distribution table, the area under the curve to the left of 0.5 is 0.6915

Therefore the probability that a randomly selected U.S. bank will have a net interest margin less than 4.40 percent is 0.6915

(c)  The z-value that corresponds to 95% which is 1.65

We substitute the 1.65 into the formula and solve for X.1.65=\frac{X-4.15}{0.5}

1.65\times 0.5=X-4.150.825=X-4.15

0.825+4.15=X

4.975=X

A bank that wants its net interest margin to be less than the net interest margins of 95 percent of all U.S. banks should set its net interest margin to 4.975 percent.

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Sunlight Design Corporation sells glass vases at a wholesale price of $4.50 per unit. The variable cost to manufacture is $1.75
soldi70 [24.7K]

Answer:

5,182 Units

Explanation:

The computation of additional units is given below:-

Operating income = Contribution Margin Per unit × Units - Fixed cost

= ($4.50 - $1.75) × 29,000 - 8,500

= $71,250

Operating income is increased by 20%

Operating income = $71,250 × 1.20

= $85,500

So, per units

$85,500 = ($4.50 - $1.75) × Units - 8,500

= $94,000 ÷ 2.75

= 34,181.82

Additional Units

= 34,181.82 - 29,000

= 5,182 Units

8 0
2 years ago
The following accounts were abstracted from Oriole Company's unadjusted trial balance at December 31, 2020: Debit Credit Account
Ronch [10]

Answer:

$52,710

Explanation:

Calculation for allowance for uncollectible accounts credit balance

Using this formula

Allowance for uncollectible accounts credit balance=Estimated gross uncollectible accounts receivable *Accounts receivable

Let plug in the formula

Allowance for uncollectible accounts credit balance=7%* $753,000

Allowance for uncollectible accounts credit balance=$52,710

Therefore After adjustment at December 31, 2020, the allowance for uncollectible accounts should have a credit balance of $52,710

7 0
2 years ago
JTM Ltd incurs costs of $16 per unit ($12 variable, $4 fixed) for a widget it sells for $22. JTM has received two special offers
Mademuasel [1]

Answer:

We must analyze the potential benefits of choosing one order or the other one:

Current JTM costs:

  • $12 variable per unit
  • $4 fixed per unit

If JTM accepts Firm A's order its fixed costs will not vary and it will be able to increase its profits by: ($17 - $12) x 10,000 = $50,000

Since JTM doesn't have the capacity to fulfill Firm B's order with their current cost structure, if it decides to take it, its variable or fixed costs (we don't know which) will probably increase, so its contribution margin will no longer be $5, as with Firm A's order, but will probably be lower. We are not told by how much the costs would increase.

The third alternative is to accept Firm B's offer and not sell 2,000 units through its normal distribution channels, but that would result in an increase in profits but also loss of normal profits:

($5 x 14,000 units) - ($6 x 2,000 units for the lost normal profits) = $70,000 -  $12,000 = $58,000. If JTM is able to cancel the sale of 2,000 units, then Firm B's offer would increase its profits by $58,000, $8,000 more than Firm A's order, but it depends on its ability to cancel or not the normal sales.

3 0
2 years ago
An industrial plant needs to make 100,000 parts per month to meet demand. Each month contains 20 working days, each of which all
Ratling [72]

Answer:

Part A:

Workers Needed=20.833≅21

Part B:

Productivity of individual worker=2.0833 parts/hour

Part C:

Multifactor productivity=0.0832 Parts/$

Explanation:

Part A:

Total parts =100,000

Workers needed= Total parts/(Parts per hour* hours per shift*Total Shifts)

Worker\ needed=\frac{100000}{10\ Parts/hour*8\ hours/shift*60\ shifts/worker} \\Workers\ needed= 20.833

Workers needed=20.833≅21

Part B:

Productivity of individual worker:

Productivity\ of\ individual\ worker=\frac{100000}{100\ workers*8\ hours/shift*60\ shifts/worker} \\Productivity\ of\ individual\ worker=2.0833\ parts/hour

Part C:

Total cost of material= $10*100,000=$1,000,000

Capital Costl= $100,000

Total labor Cost=21\ workers*8\ hours/shift*60\ shifts/worker*\$10/hour

Total labor Cost=$100,800

Multifactor productivity=Total Parts/(Total cost of material+capital cost+Total labor Cost)

Multifactor\ productivity=\frac{100000}{\$1,000,000+\$100,000+\$100,800} \\ Multifactor\ productivity=0.08324\ Parts/\$

3 0
2 years ago
If Angela's $98,760 home appreciates three percent a year, will she have enough appreciation to try to sell the home for a $15,0
Mama L [17]

Answer:

Yes, she will (total profit of $15,730)

Explanation:

We must determine the future value of Angela house:

future value = present value (1 + appreciation rate)ⁿ

  • present value = $98,760
  • appreciation rate = 3%
  • n= 5

FV = $98,760 (1.03)⁵ = $98,760 x 1.1592740743 = $114,490

now the difference between the future value and the present value = $114,490 - $98.760 = $15,730

7 0
2 years ago
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