People are willing to pay for a unit of a particular commodity is determined by Marginal utility.
Explanation:
Marginal utility (MU) is characterized as the additional utility obtained from the use of one additional unit of a good or service, or the increased use of an increased unit by an entity.
Economists use the idea of marginal utility to assess how much of an item consumers can purchase. Positive marginal utility happens when the consumption of an additional item increases the total utility, while negative marginal utility occurs when the consumption of an additional item reduces the total utility.
Answer:
c. loses some, but not all, of its customers as your answer loses some, but not all, of its customers
Explanation:
In a monopolistically competitive product is a product that has competition in the market, but that are not quite the same product, meaning they can´t be exactly replaced by a cheaper or different brand, when a company like that rises its prices, it eventually ends up loosing some clients, but not all, because of the loyal clients and those that can´t or won´t change brands, a good example of a monopolistically competitive firm, would be Apple, which has a loyal base of costumers that eventhough prices of apple products have been rising are still loyal, they are loosing some customers to other brands but not all of them.
Answer:
$24
Explanation:
500 * 18 = $9000 worth of stock initially.
She sells with a $3000 gain, which means the value of the stock is $12000
12000/500 = $24
Answer:
Option (B) $5,000
Explanation:
Data provided in the question:
Repayment of Loan = $50,000
Interest = 8%
Cash flow Probability
$65,000 70%
$45,000 30%
Tax rate = 0%
Now,
Interest on loan = 8% of $50,000
= $4,000
Expected value of cash flow = ∑[cash flow × Probability ]
= ( 0.7 × $65,000 ) + ( 0.3 × $45,000 )
= $45,500 + $13,500
= $59,000
The owner's expected cash flow after debt service
= Expected value of cash flow - Interest on loan - Repayment of Loan
= $59,000 - $4,000 - $50,000
= $5,000
Hence,
Option (B) $5,000
A) Divisibility can easily be divided into smaller value.
