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VladimirAG [237]

3 years ago

6

A one-brand-name strategy is useful when the marketer wants the brand to appear to be a local brand, or when regulations require

localization.
a. True
b. False

1 answer:

Phoenix [80]3 years ago

5 0

B. false

A one brand name strategy would be like McDonalds, Call everything the McRib, McDouble, it makes it nationlized, not localized

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When it comes to negative public relations, it’s pretty tough to top the sight of a United Airlines passenger being dragged, blo

goblinko [34]

Answer:

Standing

Explanation:

In business, Standing plans refers to list of specific actions related to the operations that is made to ensure to ensure that company's activity run smoothly. Standing plans could tend to be really flexible since it is depended on the new/current situations that is faced by the company.

In the example above,

United Airlines faced a potential disaster for the negative perception that might be created from their employees' action (negative coverage from news or social media)

. They create the standing plan as a form of damage control and to make employees could follow a better solution in case similar situation occurs in the future.

5 0

4 years ago

Refer to exhibit 4-5. if a free market were allowed in the transplanted kidney market, then the equilibrium price would be p2. t

Paladinen [302]

Answer: (q2 - q1).

Explanation:

A free market is an economic system whereby production of goods and services are being regulated by demand and supply forces. In this economic system, it should be noted that there's little or no intervention from the government.

If a free market were allowed in the transplanted kidney market, then the equilibrium price would be p2. The number of kidneys transplanted would increase by (Q2-Q1) compared to the number transplanted at a price ceiling of p= $0.

5 0

3 years ago

you buy a 20-year bond with a coupon rate of 9.8% that has a yield to maturity of 10.8%. (Assume a face value of $1,000 and semi

riadik2000 [5.3K]

Answer:

5.25

Explanation:

So basically, after doing all the addition of the percentage seperateley and the calculations i divided my amount and got 5.25. Hope this helps!

3 0

3 years ago

Applying ExcelData Unit sales 10,000 unitsSelling price per unit $70 per unitVariable expenses per unit $42 per unitFixed expens

katovenus [111]

Answer:

Please see solution below

Explanation:

a. Break even in dollar sales

= [ Fixed cost / Contribution margin ] × Selling price per unit

Fixed cost = $140,000

Selling price per unit = $70

Variable expenses per unit = $42

BEP in dollars = [$140,000 / $70 - $42] × $70

= $350,000

b. Margin of safety percentage

= [ Current sales level - Break even point / Current sales level ] × 100

Current sales level = 10,000 units

Break even point = Fixed cost / Contribution margin

= $140,000 / $70 - $42

= 5,000 units

Margin of safety = [10,000 - 5,0000/10,000 ] × 100

= 50%

C. Degree of operating leverage.

= Contribution margin / Net operating income

Contribution margin = $70 - $42 = $28

Net operating income

Sales ($70 × 10,000)

$700,000

Less Variable cost ($42 × 10,000)

$420,000

Contribution margin

$280,000

Less Fixed cost

$140,000

Net operating income

$140,000

Degree of operating leverage = $280,000 / $140,000

= 20%

D. Percentage in net income

Sales ($70 × 12,000)

$840,000

Less variable cost

$420,000

Contribution margin

$420,000

Less fixed cost

$140,000

Net operating income

$280,000

Percentage change in net income

= [$140,000 / $280,000] × 100

= 50%

6 0

3 years ago

A company offers ID theft protection using leads obtained from client banks. Three employees each work 40 hours a week on the le

Keith_Richards [23]

Answer:

Output = 4%*3000 * $70 * 3

Output = $25,200

Labor hours productivity = Output / Labor hour

Where Labor hour = 3 * 40 hours = 120 hours

Labor hours productivity = $25,200 / 120 hours

Labor hours productivity = $210 per labor hour

Multi factor productivity for this operation = Output / Multi factor input

Where Multi factor input = 120*$25 + $1,000 + $9,000 = $13,000

Multi factor productivity for this operation = $25,200 / $13,000

Multi factor productivity for this operation = 1.938462

Multi factor productivity for this operation = 1.94

6 0

3 years ago