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3 years ago

8

The production era marked a time when companies were able to increase their profits because they were able to decrease their pro

duction costs.
True
False

1 answer:

ollegr [7]3 years ago

3 0

Answer:

true

Explanation:

it was the time of the production line making it easy to make expensive things with people that are lower skilled and cheaper overall

You might be interested in

How is price and output determined undr monopolistic competition?

konstantin123 [22]

Monopolistic competition refers to a type of economy where there is only one organization in the market. Therefore, the influence of competitors is non-existent and the consumer has little influence over price or output.

In this case, price and output are determined by the firm's equilibrium price and output, not the market.

7 0

3 years ago

Quentin operates an ice cream franchise which has shops throughout the United States. CoolCream Co., the franchisor, supplies th

Masja [62]

Answer:

C. manufacturing or processing-plant arrangement.

Explanation:

According to my research on the different types of relationships between companies and their manufacturers, I can say that based on the information provided within the question this relationship is known as a manufacturing or processing-plant arrangement. Which is basically (liked described in the question) when a franchiser provides the individual stores with the ingredients necessary to run the store.

I hope this answered your question. If you have any more questions feel free to ask away at Brainly.

6 0

3 years ago

If markets are in equilibrium, which of the following conditions will exist? A. Each stock's expected return should equal its re

xxMikexx [17]

Answer:

<u>A</u>

<u>Explanation</u>:

Remember, in economics the term equilibrium implies that this terms

price and,
quantity demanded

<u>are all equal or in a state of stability.</u>

Therefore, the stock in such an equilibrium market would yield it expected returns since there are no external factors such as increase in price that could affect the value.

8 0

3 years ago

The marginal product of an input is the addition to total output due to the addition of the last unit of an input, holding all o

Harman [31]

Answer:

is the addition to total output due to the addition of the last unit of an input, holding all other inputs constant.

Explanation:

The marginal product of an input is the change in total output as a result of the change in output by 1 unit

For example, the table below is the total product of labour

amount of labour output

1 10

2 20

3 40

the marginal product of the 3rd worker = (40 - 20) / (3 - 2) = 20

marginal product of the second worker = (20 - 10) / (2 -1 ) = 10

Average output = total output / labour

6 0

3 years ago

A fast-food restaurant has determined that the chance a customer will order a soft drink is 0.90. The proba- bility that a custo

azamat

Answer:

(a) The probability that the order will include a soft drink and no fries is 0.45.

(b) The probability that the order will include a hamburger and fries is 0.48.

Explanation:

Let the events be denoted as follows:

S = an order of soft drink

H = an order of hamburger

F = an order of french fries.

Given:

P (S) = 0.90

P (H) = 0.60

P (F) = 0.50

(a)

It is provided that the event of ordering a soft drink and fries are independent.

If events A and B are independent then the probability of event (A ∩ B) is:

$P(A\cap B)=P(A)\times P(B)$

Compute the probability that the order will include a soft drink and no fries as follows:

$P(S\cap \bar F)=P(S)\times P(\bar F)\\=P(S)\times[1-P(F)]\\=0.90\times (1-0.50)\\=0.45$

Thus, the probability that the order will include a soft drink and no fries is 0.45.

(b)

It is provided that the conditional probability that a customer will order fries given that he/she has already ordered a hamburger as, P (F|H) = 0.80.

The conditional probability of an event B given another event A has already occurred is:

$P(B|A)=\frac{P(A\cap B}{P(A)}$

Compute the probability that the order will include a hamburger and fries as follows:

$P(F|H)=\frac{P(H\cap F)}{P(H)}\\P(H\cap F)=P(F|H)\times P(H)\\=0.80\times 0.60\\=0.48$

Thus, the probability that the order will include a hamburger and fries is 0.48.

6 0

3 years ago