Answer: Option (2)
Explanation:
Engagement letter is referred to as an or known as an agreement for the services firm in order to provide the services to the client. This letter is known to be essentially an abbreviated agreement which defines services that are to be performed and also amount of the compensation that is to be paid. These letters are mostly required by the service firms that are engaged in the audit, tax, consulting, finance and legal advice.
Answer:
Rest of question:
... equals marginal cost.
Firms will maximize profits at the point where marginal revenue equals marginal cost because producing after this point means that no profits will be made.
As long as the Marginal revenue exceeds marginal cost, there will be profits made because the company is making more than it is spending so they should keep producing. When it gets to a point in production where the marginal revenue equals marginal cost, the company should not produce further than that.
This is because, as earlier mentioned, any further production would result in the marginal cost being larger than the marginal revenue which means that a loss will be made. The company should therefore stop at the point where MR = MC so as not to let MC get larger than MR so that no losses will be made.
Answer:
$1,000 loss
Explanation:
The numbers are missing here, so I looked for a similar question:
A copy machine cost $5,000 when new and has accumulated depreciation of $4,000.
The carrying value of the copy machine = purchase cost - accumulated depreciation = $5,000 - $4,000 = $1,000
if the copy machine is discarded and doesn't get any money for it, this will result in a loss equal to the carrying value = $1,000
Answer: High up-front costs.
Explanation:
Webster's limitation to owning a chain of incorporated bakeries would be the high up-front cost or capital needed to start up the company.
The up-front costs as in the case of the question is the money needed to start up the bakery company.
Answer:
The second gamble has the higher expected value. EV = 4
Explanation:
In betting, expected value can be defined as (Amount won per bet * probability of winning) – (Amount lost per bet * probability of losing)
For the first gamble:
For the second gamble:
This means that Cal is expected to earn $4 for each $20 waged on the second gamble while he is expected to break even in the first gamble.
Therefore, the second gamble has the higher expected value.
