All categories

3 years ago

Best video know down below

Business

2 answers:

postnew [5]3 years ago

7 0

Answer:

look up ¨guy fights refridgerator¨ on google

Explanation:

plz give me brainliest!!!

tatuchka [14]3 years ago

5 0

What do you mean? Like is it a personal question

You might be interested in

High quality goods and services are made available to consumers because of producers __________.

trapecia [35]

Answer:

b. Would like to compete

d. specilize in production

Explanation:

Competition is when businesses selling similar products, in the same market, try to outsell each other through winning more customers. When businesses compete, consumers benefit through fair prices and higher quality goods. Competing businesses innovate and create products with a high utility value to attract more customers. As a result, they offer customers products and services of high quality.

A business that engages in a specialization produces fewer varieties of products. It focuses on manufacturing goods and services that it has a comparative advantage. Due to specialization, the firm and its employees become experts in producing its products of choice. Consequently, it offers goods and services that are of a higher quality than a business that does not specialize.

4 0

3 years ago

Read 2 more answers

If a manufacturing plant that employs 20% of the local labor force closes, the likely effect on the areaâ€™s real estate values

love history [14]

Answer:

Supply and demand

Explanation:

First is important to remember the supply and demand principle. We can analyze this by the law of supply and demand.

The law of supply states that "the quantity of a good supplied rises as the market price rises, and falls as the price falls".

Conversely, the law of demand says that "the quantity of a good demanded falls as the price rises, and the quantity of a good increase as the price decrease".

For this case if the manufacturing plant close 20% of the people in the area will not have a job and the prices of the real state values will tend to decrease and if the prices decrease the quantity falls from the supply law.

6 0

3 years ago

The town of Draper, with a population of 20,000, sits adjacent to State University, which has an enrollment of 27,000 students.

madam [21]

Answer: See explanation

Explanation:

a. Let the break even sales be represented by x.

Firstly, we will calculate the total fixed cost which will be:

Investment = $4.5million/30 = $150,000

Add: Annual labor cost = $140,000

Add: Interest = 8% × $4.5million = $360,000

Total Fixed cost = $650000

The total variable cost will be: = 0.60 × x = 0.60x

Therefore, total cost:

= fixed cost + variable cost

= 650000 + 0.60x

Total revenue = Selling price × sales

= 3.20 × x = 3.20x

Break even point will now be:

Total revenue = Total cost

3.20x = 650000 + 0.60x

3.20x - 0.60x = 650000

2.60x = 650000

x = 650000/2.60

x = 250000

Therefore, number of cars that would have to park in the lot on an annual basis to pay off the project is 250000.

b. The approximate number of cars that would have to park in the lot on a daily basis will be:

= 250000/365 days

= 684.91

=685 cars

6 0

3 years ago

How did huey long's plan to limit incomes violate the free enterprise system?

zhenek [66]

Huey Long guaranteed a free training through school and benefits for the matured, which he can't do on the grounds that it is the administration's business to settle on these choices. He likewise he raised duties to make healing facilities to take into account poor people and enhance ignored streets and scaffolds inside the state

5 0

3 years ago

What is the expected value when a $1 lottery ticket is bought in which the purchaser wins exactly $10 million if the ticket cont

Nadusha1986 [10]

We expect to lose $0.37 per lottery ticket

<u>Explanation:</u>

six winning numbers from = { 1, 2, 3, ....., 50}

So, the probability of winning:

$P(win) = \frac{ no of favorable outcomes}{no of possible outcomes}$

$P(win) = \frac{1}{^5^0C_6} \\\\P (win) = \frac{6! X (50 - 6)!}{50!} \\\\P(win) = \frac{6! X 44!}{50!} \\\\P(win) = \frac{1}{15,890,700}$

The probability of losing would be:

P(loss) = 1 - P(win)

$P(loss) = 1 - \frac{1}{15,890,700} \\\\P(loss) = \frac{15,890,699}{15,890,700}$

According to the question,

When we win, then we gain $10 million and lose the cost of the lottery ticket.

So,

$10,000,000 - 1 = $9,999,999

When we lose, then we lose the cost of the lottery ticket = $1

The expected value is the sum of the product of each possibility x with its probability P(x):

E(x) = ∑ xP(x)

$= 9,999,999 X \frac{1}{15,890,700} + ( -1 ) X \frac{15,890,699}{15,890,700} \\\\=- \frac{5,890,700}{15,890,700} \\\\= - \frac{58,907}{158,907} \\\\= - 0.37$

Thus, we expect to lose $0.37 per lottery ticket

7 0

3 years ago