Answer:
Which of the following are ways in which to calculate the benefit of selecting one alternative over another?
-An analysis that just looks at the relevant costs/benefits and identifies those that are differential
-the difference between the net operating income for the two alternatives
-an analysis that looks at all costs and benefits and identifies those that are differential
Explanation:
The beginning of wisdom in using accounting for decision-making is a clear understanding that the relevant costs and revenues are those which as between the alternatives being considered are expected to be different in the future.
Answer:
c)consumer’s desired price is too low, producers may limit the amount produced
Explanation:
In a free market economy, price and quantity produced is determined by the forces of demand and supply. If there's a disequilibrium in the market, market forces bring about equilibrium.
In this question, there's a disequilibrium; there seems to be excess supply. To restore equilibrium, supply has to fall so equilibrium can be restored.
I hope my answer helps you.
The budget process makes fiscal policy difficult to implement because
<span>---The budget process begins a year and a half before the budget is implemented, and this will make it difficult to know what type of fiscal policy will be needed because it requires us to predict the problem and opportunities that arise during the operation.
---Many budget decisions are made for political reasons , because many politicians was appointed by interest groups that controlled by big companies.
---Nearly two-thirds of the budget is mandated by federal programs and cannot be easily changed, even if it could be changed, the cost could outweihgt the benefit.</span>
Answer:
The correct answer is $20,772.92.
Explanation:
According to the scenario, the given data are as follows:
Payment (pmt) = $12,000
Rate of interest = 5.50%
Rate of interest per month (r) = 5.50 / 12 months = 0.46%
Time = 10 years (n) = 120 months
So, the future value can be calculated by using following formula:
Future value = PMT ×(1+r)^n
= $12,000 × ( 1 + 0.46% )^120
= $20,772.92
Hence, the future value at the end of 10 years will be $20,772.92.
