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3 years ago

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Assume the factory is currently producing 40 chairs and 30 tables and an order comes in for 5 more tables . What is the opportun

ity cost of producing 5 more tables?

1 answer:

aleksklad [387]3 years ago

5 0

Explanation:

I dont really know. You can ask the tutors tho.

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Weighted shortest job first gives preference to jobs with which two characteristics? (choose two. )

Oksanka [162]

Weighted Shortest Job First gives preference to jobs with characteristics such as, first, the size of the project (smaller is better) Second, the value of the project (higher is better).

In order to determine a relative ranking, Weighted Shortest Job First (WSJF) uses a technique for assigning a weight, or value, to each job, and then by dividing that by the length of the job. It also gives preference to jobs with characteristics such as the size and value for a project.

Weighted Shortest Job First is a prioritization model used to sequence jobs eg., capabilities, features, and epics in order to produce maximum economic benefit.

Hence, WSJF prefers such characteristics.

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2 years ago

Which of the following are not traits of entrepreneurs?

Phantasy [73]

Answer: dishonesty and dependence.

Explanation:

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3 years ago

ब्दितात शान्तनुका लागि)

ollegr [7]

Xxxcndn kwndkdd ws kind

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3 years ago

Suppose the production function in medieval Europe is Y 5 K 0.5L0.5, where K is the amount of land and L is the amount of labor.

Sonbull [250]

Answer:

a) Y = 500

b) Wages: 2.5

Rental price: 2.5

c) labor Share of output: 0.370511713 = 37.05%

Explanation:

$Y = 4K^{0.5} \times L^{0.5}$

if K = 100 and L = 100

$Y = 5(100)^{0.5} \times (100)^{0.5}$

$Y = 50 \times 10$

Y = 500

wages: marginal product of labor = value of an extra unit of labor

dY/dL (slope of the income function considering K constant while L variable)

$ax^b = bax^{b-1}$

$Y = 5K^{0.5} \times L^{0.5}$

$Y' = 5K^{0.5} \times 0.5 L^{-0.5}$

$Y' = 2.5K^{0.5} \times L^{-0.5}$

$Y' = 2.5(\frac{K}{L})^{0.5}$

With K = 100 and L = 100

$Y' = 2.5(\frac{(100)}{(100)})^{0.5}$

Y' = 2.5

rental: marginal product of land = value of an extra unit of land

dY/dK (slope of the income function considering K variable while L constant)

$Y = 5K^{0.5} \times L^{0.5}$

$Y' = 2.5K^{-0.5} \times L^{0.5}$

$Y' = 2.5(\frac{L}{K})^{0.5}$

L = 100 K = 100

$Y' = 2.5(\frac{100}{100})^{0.5}$

Y' = 2.5

c) we use logarithmic properties:

$Y = 50 \times 10$

$log500 = log(50 \times 10)$

$log500 = log50 + log10$

50 was the land while 10 the labor

2.698970004 = 1.698970004 + 1

share of output to labor: 1/2.698970004 = 0.370511713

5 0

3 years ago

Paulina believed that the new hires in her department were lazy for failing to make use of the company's expert software system,

Andrei [34K]

If the new hires had not been adequately trained to make use of the system. This is an example of fundamental attribution bias.

<h3>What is fundamental attribution bias?</h3>

Fundamental attribution bias can be defined as the way in which a person judge another person without considering the situation factors.

Based on the giveing scenario Paulina is using fundamental attribution bias on the new employ by ignoring the reason why the new hire did not use the company's expert software system.

Therefore this is an example of fundamental attribution bias.

Learn more about fundamental attribution bias here:brainly.com/question/17109470

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2 years ago