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3 years ago

6

Justin, a human resources manager for xyz company, commits 20% of this year's budget to develop a new program for valuing divers

ity in the company. he is acting in the ___ role

1 answer:

rewona [7]3 years ago

4 0

Human Resource Manager

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Assume the following information:Spot rate today of Swiss franc = $.60 1-year forward rate as of today for Swiss franc = $.63 Ex

Naddika [18.5K]

Answer:

12.35%

Explanation:

Data provided in the question:

Spot rate today of Swiss franc = $0.60

1-year forward rate as of today for Swiss franc = $0.63

Expected spot rate 1 year from now = $0.64

Rate on 1 year deposits denominated in Swiss francs = 7%

Rate on 1 year deposits denominated in U.S. dollars = 9%

Amount invested = $1,000,000

Now,

Amount with Swiss franc = Amount invested ÷ Spot rate today of Swiss franc

= $1,000,000 ÷ 0.60

= $1,666,666.67

After 1 year = $1,666,666.67 × ( 1 + 0.07)

= $1,783,333.33

1 year Forward value = $1,783,333.33 × 0.63

= $1123499.99

Therefore,

Yield = [ $1123499.99 - $1,000,000 ] ÷ $1,000,000

= 0.1235

or

= 0.1235 × 100%

= 12.35%

3 0

3 years ago

Iceland produces two goods: Viking hats (Y) and fish (X). Its production possibilities frontier is characterized as: Y = 50 – 2X

svlad2 [7]

Answer: C

Explanation: from the given function Y=50-2X, Y is the dependent variable which represent the Viking Hat, while X is the independent variable representing Fish production.

4 0

3 years ago

Why does an organization's management hierarchy impact the organization's information system management?

JulijaS [17]

The organization's management hierarchy impacts the organization's information system management by reducing the need for information processing and communication.

Management Information System plays a very important role in the organization, as it creates an impact on the organization's performance, functions, and productivity.

The information systems have its impact on organizations structure. Thus, an information systems can reduce the number of levels in an organization by providing managers with information to supervise larger numbers of workers.

The information system performs certain important functions such as- coordination, and control, help employees analyze problems, support decision making etc.

Hence, the information system is important to the organization.

To learn more about information system here:

brainly.com/question/13299592

#SPJ4

5 0

1 year ago

Michael’s is considering a project that has projected sales of 4,200 units ± 5 percent, a sales price per unit of $50 ± 4 percen

julsineya [31]

Answer:

annual net income is $23077.25

Explanation:

Given data:

sales volume = 4200 units

selling price/units $50

variable cost/units $25

fixed cost is $45000

Total sales $unit = 4200 + 5\% \times 4200 = 4410 units$

selling price/unit $= $50 + 4\%\times $50 = $52$

variable cost/unit $= $25- 5\%\times 25 = $23.75$

fixed cost $= 45000 - 3\%\times 45000 = $43650$

sales $=4410 \times 52 = $229320.00$

variable cost $= 4410 \times 23.75 = 104737.5$

difference = 229320 - 104737 = 124583

fixed cost = $43650

depreciation exchange = $11000

so total income prior to tax = 124583 - (43650 + 11000) =$ 69932.5

tax rate is 33%

so total income after tax is $= 69932.5 \times .33 = $23077.725$

4 0

3 years ago

O.J. Juice Company sells bags of oranges and cartons of orange juice. O.J. grades oranges on a scale of 1 (poor) to 10 (excellen

siniylev [52]

Answer:

max z = $0.3x_{1} + 0.45x_{2} + 0.3y_{1} + 0.45y_{2}$

Constraints

$x_{1} + x_{2} \leq 100,000$ (Grade 9 oranges)

$y_{1} + y_{2} \leq 120,000$ (Grade 6 oranges)

$2x_{1} - y_{1} \geq 0$ (Avg oranges in bags)

$x_{2} - 2y_{2} \geq 0$ (Avg oranges in juice)

$x_{1}\geq 0, x_{2} \geq 0, y_{1}\geq 0, y_{2} \geq 0$

Explanation:

Let the variables used be x and y

x representing oranges of grade 9

y representing oranges of grade 6

Now, let $x_{1}$ be the oranges used in each bag in lbs, and $x_{2}$ be oranges used in juice of grade 9 each.

Similarly let $y_{1}$ will represent oranges of grade 6 in bags, and $y_{2}$ will represent oranges in juice of grade 6

Now total oranges sold in bags

= $x_{1}$ + $y_{1}$

And their revenue in $ = 0.5 revenue - 0.2 expense = 0.3

Total profit from bag shall be

0.3 ( $x_{1} + y_{1}$ ) = 0.3 $x_{1}$ + 0.3 $y_{1}$

Similarly total oranges in juice shall be

= $x_{2} + y_{2}$

Profit shall be

$1.50 - $1.05 = $0.45

Total profit from juice shall be

$0.45 ( $x_{1} + y_{1}$ ) = $0.45 x_{2} + 0.45 y_{2}$

Profit shall maximise as

z = $0.3x_{1} + 0.45x_{2} + 0.3y_{1} + 0.45y_{2}$

Further constraint 1 shall be

Total amount of grade 9 oranges used shall be max 100,000 lb

$x_{1} + x_{2} \leq 100,000$

Constraint 2

Total amount of grade 6 oranges used shall be max 120,000 lb

$y_{1} + y_{2} \leq 120,000$

Constraint 3

Average quality of oranges sold in bag shall be 7

$\frac{9x_{1} + 6y_{1} }{x_{1} + y_{1} } \geq 7$

Accordingly,

$9x_{1} + 6y_{1} \geq 7x_{1} + 7y_{1}$

Simplifying:

$2x_{1} - y_{1} \geq 0$

Constraint 4

Average quality of oranges sold as juice shall be 8

$\frac{9x_{2} + 6y_{2} }{x_{2} + y_{2} } \geq 8$

Accordingly,

$9x_{2} + 6y_{2} \geq 8x_{2} + 8y_{2}$

Simplifying:

$x_{2} - 2y_{2} \geq 0$

Constraints shall be

$x_{1}\geq 0\\x_{2} \geq 0\\y_{1}\geq 0\\y_{2} \geq 0$

5 0

3 years ago