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2 years ago

11

The _____ usually begins with a formal request to the it department, called a systems request, which describes problems or desir

ed changes in an information system or a business process.

1 answer:

alex41 [277]2 years ago

4 0

Proposal or suggestion

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The Benson Bearing Company sells Textron, Inc. a quantity of baseball bats that were stored in an independent warehouse at the t

polet [3.4K]

Answer:

at the time it receives a negotiable warehouse receipt for the bats.

Explanation:

Benson Bearing Company is selling bats to Textron inc. The bats are stored at an independent warehouse not controlled by Benson Company.

Of the contract states that Textron will pick up the bats at the warehouse, the risk of loss passes to Textron when it recieved a negotiable warehouse reciept for the bats.

This is because the warehouse is not controlled by Benson Company and issuing a warehouse reciept is equivalent to delivering the goods to Textron.

7 0

2 years ago

Wilson is offered a job in Kansas City that pays $50,000 and a job in Dallas that pays $60,000. Which pair of CPIs would ensure

Svetradugi [14.3K]

Answer:

option C is correct CPI in Kansas City is 125 and in Dallas is 150.

Explanation:

given data

Kansas City pays = $50,000

Dallas that pays = $60,000

solution

we know that CPI base year is always = 100

first we get here real salary value in Kansas City that is express as

Real Value = Salary in Kansas City × (CPI base year ÷ CPI current year) ..........1

put her value we get

Real Value = $50,000 × $\frac{100}{125}$

Real Value = $40000

and now we get here real salary value in Dallas that is express as

Real Value = Salary in Dallas City × (CPI base year ÷ CPI current year) ..........2

put her value we get

Real Value = $60,000 × $\frac{100}{150}$

Real Value = $40000

so now we can see that both value is same in both city with CPI Kansas City = 125 and CPI Dallas = 150

so here correct option is c. 125 in Kansas City and 150 in Dallas

4 0

2 years ago

The Reynolds Corporation buys from its suppliers on terms of 2/19, net 50. Reynolds has not been utilizing the discounts offered

harina [27]

Answer:

23.68%

Explanation:

The computation of the cost of not taking a cash discount is shown below:-

Cost of not taking a cash discount = [Discount percentage ÷ (100% - Disc.%)] × (360 ÷ (Final due date - Discount period))

= (2% ÷ 98%) × (360 ÷ (50 - 19))

= 2.04% × 11.61

= 23.68%

Therefore for computing the cost of not taking a cash discount we simply applied the above formula.

4 0

2 years ago

Masterson, Inc., has 4.1 million shares of common stock outstanding. The current share price is $84, and the book value per shar

Kitty [74]

Answer:

The answer is "8.37%".

Explanation:

$\text{MV of equity} = \text{equity price} \times \text{number of outstanding shares}$

$=84 \times 4100000\\\\=344400000$

$\text{MV of Bond1}=\text{Par value} \times \text{bonds outstanding} \times \text{age of percentage}$

$=1000 \times 70000 \times 0.98 \\\\=68600000$

$\text{MV of Bond2}=\text{Par value} \times \text{bonds outstanding} \times \text{age of percentage}$

$=1000 \times 50000 \times 1.08 \\\\=54000000$

$\text{MV of firm} = \text{MV of Equity} + \text{MV of Bond1}+ \text{MV of Bond 2}$

$=344400000+68600000+54000000\\\\=467000000$

$\text{Weight of equity W(E)} = \frac{\text{MV of Equity}}{\text{MV of firm}}$

$= \frac{344400000}{467000000}\\\\=0.7375$

$\text{Weight of debt W(D)}= \frac{\text{MV of Bond}}{\text{MV of firm}}$

$= \frac{122600000}{467000000}\\\\=0.2625$

Equity charges

By DDM.

$\text{Price = new dividend} \times \frac{(1 + \text{rate of growth})}{( \text{Equity expense-rate of growth)}}$

$84 = 3.95 \times \frac{(1+0.05)}{(\text{Cost of equity}- 0.05)}\\\\84 = 3.95 \times \frac{(1.05)}{(\text{Cost of equity} - 0.05)}\\\\84 = \frac{4.1475}{ (\text{Cost of equity} - 0.05)}\\\\\text{Cost of equity} -0.05 = \frac{4.1475}{84}\\\\\text{Cost of equity} -0.05 = 0.049375\\\\\text{Cost of equity} = 0.049375 + 0.05\\\\\text{Cost of equity} = 0.099375 \\\\\text{Cost of equity} \% = 9.9375 \% \ \ \ or \ \ \ 9.94 \% \\\\$

Debt expenses

Bond1

$K = N \times 2 \\\\$

$Bond \ Price = \sum [ \frac{\text{(Semi Annual Coupon)}}{(1 + \frac{YTM}{2})^k}] + \frac{Par\ value}{(1 + \frac{YTM}{2})^{N \times 2}}$

$k=1\\\\K =20 \times 2\\\\980 = \sum [ \frac {(5.1 \times \frac{1000}{200})}{(1 + \frac{YTM}{200})^k}] + \frac{1000}{(1 + \frac{YTM}{200})}^{20 \times 2}\\\\k=1\\\\\ YTM1 = 5.2628923903\\\\Bond2\\$

$K = N \times 2$

$Bond \ Price = \sum [ \frac{\text{(Semi Annual Coupon)}}{(1 + \frac{YTM}{2})^k}] + \frac{Par\ value}{(1 + \frac{YTM}{2})^{N \times 2}}$

$k=1\\\\K =12 \times 2\\\\$

$1080 =\sum [\frac{(5.6 \times \frac{1000}{200})}{(1 + \frac{YTM}{200})^k}] +\frac{1000}{(1 +\frac{YTM}{200})^{12 \times 2}} \\\\k=1\\\\YTM2 = 4.72\\\\$

$\text{Company debt costs} = YTM1 times \frac{(MV \ bond1)}{(MV \ bond1+MV \ bond2)}+YTM2 \times \frac{(MV \ bond2)}{(MV \ bond2)}\\\\$

The cost of the debt for the company:

$= 5.2628923903 \times \frac{(68600000)}{(68600000+54000000)}+4.72 \times \frac{(68600000)}{(68600000+54000000)}\\\\$

Business debt cost= $5.02 \% \\\\$

after taxation cost of debt:

$= \text{cost of debt} \times (1- tax \ rate)\\\\= 5.02 \times (1-0.21)\\\\= 3.9658\\\\$

$WACC= \text{after debt charges} \times W(D)+equity cost \times W(E) \\\\$

$=3.97 \times 0.2625+9.94 \times 0.7375 \\\\ =8.37 \% \\\\$

7 0

2 years ago

4: In 2013, the United States Postal Service charged $0.46 to mail a letter weighing up to 1 oz. and $0.20 per ounce for each ad

Gekata [30.6K]

Answer:

The function that would determine the cost in dollars, c(z), of mailing a letter weighing z ounces is (0.46 + 0.20z)

Explanation:

Weight of the letter = z ounces (z is an integer greater than 1)

cost to mail a letter weighing 1 ounce = $0.46

cost to mail an additional ounce = $0.20

cost to mail z additional ounces = z × $0.20 = $0.20z

Total cost of mailing a letter weighing z ounces = $0.46 + $0.20z

Therefore, cost function, c(z) = 0.46 + 0.2z

6 0

2 years ago

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