Answer:
C) $4,000
Explanation:
To calculate economic profit we can use the following formula:
economic profit = total revenue - (accounting costs + implicit costs) = (total revenue - accounting cost) - implicit costs
where:
- accounting profit = total revenue - accounting cost = $50,000
- implicit costs: ($20,000 x 5%) + $45,000 = $1,000 + $45,000 = $46,000
economic profit = $50,000 - $46,000 = $4,000
The answer is option B. The main challenge of career planning in changing times is that you need to revise your plans often.
The world we live in is dynamic. New inventions, new technology, new methods of doing things always come up with time.
Because of this, when making a career plan, one must be fully aware that the process is not static. That is, changes would occur and as such, you have to revise your plans often so that it is in line with what is obtainable at the time.
<em>Read more on career planning here: brainly.com/question/6457203?referrer=searchResults</em>
The strategy used by president Roosevelt to restore America's confidence in government and the private banking system was that, he reassured fireside talks on the radio.
Roosevelt fought to expand the role of the federal government in the nation's economy, and also embraced Keynesian economic policies. He also implemented a series of projects and programs called the New Deal to stabilize the economy.
Roosevelt called his radio talks about issues of public concern as fireside talks. These talks made Americans feel as if President Roosevelt was talking directly to them. He continued to use fireside talks throughout his presidency to address the fears and concerns of the Americans
Hence, these talks gave confidence to the American people to overcome their fears.
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Answer:
Final value= $2,282.013
Explanation:
Giving the following information:
Erick is planning to invest $500 at the end of year one, 800 at the end of year two, and 900 at the end of year three at 4.5 percent interest.
To calculate the total final value of the investment, we need to use the following formula for each deposit:
FV= PV*(1+i)^n
Deposit 1= 500*1.045^2= 546.013
Deposit 2= 800*1.045= 836
Deposit 3= 900
Final value= $2,282.013