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2 years ago

Differentiate between generic and enterprise competition

Business

1 answer:

Valentin [98]2 years ago

6 0

Answer:

Generic competition is competition among different products that solve the same purpose while enterprise competition is am orderly established business with limited liability of another person. The main difference between the two is that generic is rivalry among similar businesses while enterprise is the company itself.

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At January 1, 2019, Vaughn Manufacturing has beginning inventory of 2000 surfboards. Vaughn estimates it will sell 7000 units du

Iteru [2.4K]

Answer:

Sales revenues= $1,317,150

Explanation:

Giving the following information:

Vaughn estimates it will sell 7000 units during the first quarter of 2019 with a 12% increase in sales each quarter.

Selling price= $150

First, we need to calculate the number of units to be sold in the third quarter:

Sale in units= 7,000*1.12^2= 8,781

Now, sales revenues:

Sales revenues= 8,781*150

Sales revenues= $1,317,150

6 0

2 years ago

A company operating under an EOQ policy enjoys rising annual demand for their products for three consecutive years. During this

Oduvanchick [21]

Answer:

Their order quantity will rise but the time between orders will fall.

Explanation:

Let's analyse the EOQ formula:

$Q_{opt} = \sqrt{\frac{2DS}{H}}$

If Demand increases

The dividend increase, so the quotient increase.

EOQ will rise.

Only options b and c are correct on that statment.

Now let's check the time between order:

$\frac{EOQ}{Demand} \times 365$

If we analyze the increase in demand:

√(2xΔDxS/H)/ ΔD

everything else is keep constant so we have:

√(CxΔD)/ ΔDx

If we use L'Hopital we can conclude this function limit is zero.

Anyway a more easy way to do it will be calculate with a demand of 1000

and then with a demand of 50,000 to notice how much the time between order decrease.

√(1000) / 1000 = 0.031622776

√(51000)/ 51000 = 0.004428074

so we have EOQ increase and days between order decrease.

Now only option B is correct !

8 0

2 years ago

A vehicle pulls out onto a single-lane highway that has a flow rate of 300 veh/h (Poisson distributed). The driver of the vehicl

NNADVOKAT [17]

Answer:

Pr(N < 4.2) = 0.295

Explanation:

given data

flow rate q = 300 veh/h

reaction time = 2.5 s

oncoming vehicle to stop = 1.7 s

solution

we know here that ongoing vehicle head way between successive vehicles is here greater than (1.5 + 2.5) = 4.2 second

so that driver pulling out will not be in an accident

and if head way is less than 4.2 seconds then driver pulling out will be accident

here q is 300 vehicles/hour,

then λ= 0.0833 vehicles/second

than probability will be

Pr(N < 4.2) = 1 - $e^{- \lambda t}$ ................ 1

put here value

Pr(N < 4.2) = 1 - $e^{-0.08333*4.2}$

Pr(N < 4.2) = 0.295

7 0

2 years ago

Changes in board of director configurations over time indicate that currently boards are dominated by outsiders (with over 84 pe

skad [1K]

Changes in board of director configurations over time indicate that currently boards are dominated by outsiders (with over 84 percent being outside board members). Boards are smaller (with most being smaller than 12 members) and a decrease in the percentage of female directors from 15 percent to 12 percent between 2012 and 2016.-This statement is true

Explanation:

The statement in the questions highlights the following facts:-

84% of the board members are outsiders.
Also the size of the Board has been limited to 12 members.So it means that out of the 12 members 84% of the members are outsiders.
Another fact revealed by the statement is that the percentage of female directors has also been reduced.In the year 2012 the percentage of females holding the position of the director was 15% which has been declined to 12% in the year 2016.

So the statement reflects the changes in the board of director configuration from the year 2012 to 2016.

The statement , currently boards are dominated by outsiders indicates that in the year 2016 the board of directors positions is mainly held by the outsiders.

8 0

2 years ago

Unter Components manufactures low-cost navigation systems for installation in ride-sharing cars. It sells these systems to vario

Nookie1986 [14]

Answer:

The answer is 9,360 direct labor-hours.

Explanation:

The first step is to calculate the direct labor-hours per unit. The second step is to calculate the total direct labor-hours required to produce the additional systems.

Step 1

Direct labor-hours per unit = Direct labor / Average wage rate per hour

Star100: Direct labor-hours per unit = 40 / $25 = 1.6

Star150: Direct labor-hours per unit = 50 / $25 = 2

Step 2

Total labor-hours required = Direct labor-hours per unit x Number of systems required

Star100: Total labor-hours required = 1.6 x 2,600 = 4,160

Star150: Total labor-hours required = 2 x 2,600 = 5,200

Combined direct labor-hours required = 4160 + 5,200 = 9,360

5 0

2 years ago