Answer:
Which shop will benefit the most from its expansion?
- B. Donny, because his workers currently have less available capital to work with
The law of marginal returns applies here, that is why Sunshine donuts didn't produce twice as many by using more machines
How much should Donny realistically expect his production to increase with the new equipment?
Similar to the additional production that Sunshine had in the past.
How much should Sunshine realistically expect her production to increase with the new equipment?
Maybe even a little more than 50 dozen, but definitely less than 80 or 100.
Answer:
b. 1 and 3.
Explanation:
The investors are of two types either they are risk averse or risk seekers. Risk averse are those who are not willing to take risks for their investments. They accept lower returns but they are not ready to take more risks than their appetite. Risk seekers are those who demand more risk for more returns. The risks level is so high that even their whole investments can go away but they take this risk to achieve high extra ordinary returns.
Answer:
The correct answer is letter "D": national competitive advantage.
Explanation:
American Professor Michael Porter (born in 1947) proposed the National Competitive Advantage Theory to give an idea of why some countries achieve success in determined industries compared to others. The theory, in other words, aims to explain nations' competitive advantage and the path to reach it.
Also known as Porter's Diamond Model, the factors Porter based his concept on are <em>firm strategies, structure and rivalry; related industries; demand conditions; </em>and<em>, factor conditions.</em>
Answer and explanation:
We should consider that at the same time as the hurricane, U.S. consumers were cutting back on sugar foods. It implies that the quantity demanded for sugar foods was likely to decrease bringing the prices up. However, the hurricane affecting the sugarcane crops affects the supply which will be lower. Thus, definitely, if the quantity supplied is lower so will the price.
Answer:
$42.5 billion
Explanation:
the expected value formula = ∑ (valueₙ x probabilityₙ)
expected value = (low value x probability of low value) + (most likely value x probability of most likely value) + (high value x probability of high value)
= ($5 billion x 20%) + ($45 billion x 70%) + ($100 billion x 10%) = $1 billion + $31.5 billion + $10 billion = $42.5 billion
