A. She will take a great deal of time trying to make a good decision and C. she will find better solutions to the problems.
<u>Explanation:</u>
As it is given that,
Mostly, Amber is in a good mood, and so she will think in positive manner, do her work correctly and accurately, take decisions smartly, securely, so she may take a large amount of time in making decisions.
Emmet is always depressed, so making decisions at the depressed times will not be correct and also not exact, which lead to bad decisions even she takes a large amount of time to take decisions.
Answer:
The answer would be, long-term financial needs
Explanation:
Financial managers maintain a firm’s financial health by developing long-term investment activities and financing strategies. In order to develop these long-term investments and financing activities, financial managers conduct data analysis and offer advice to senior management on ideas that can maximize the firm’s profits. Moreover, financial managers develop direct investment activities, financial reports, and formulate plans and strategies to achieve the long-term financial goals of a company.
Answer:
$50
Explanation:
Sales - gross profit
Sales = $1000
Gross profit = 1000 *30%
= $300
1000 - 300
= $700, this value is the actual cost
Actual cost = $700
The amount paid = $650
To calculate the amount to be included, we subtract the amount paid from actual cost
= $700 - $650
= $50
Amount to be included in harveys grow income = $50
Answer:
present value = $7402.49
Explanation:
given data
time = 4 year
ordinary annuity = $2,250
interest rate = 5%
solution
we get here present value that is for 4 year with end of year $1,550 will be as
present value = 
...............1
here C1 to C3 is $2,250 and C4 is $1,550 and r is rate i.e 0.05
put here value and we will get as
present value = 
present value = $7402.49
Answer:
$128,787.07
Explanation:
Initial investment = $2.32 million = $2,320,000
Depreciation = investment ÷ Useful life
= $2,320,000 ÷ 3
= $773,333.33
Operating cash flows from year 1 to year 3
= [ ( Sales - Costs - Depreciation ) × (1 - tax) ] + Depreciation
= [ ( $1,735,000 - $650,000 - $773,333.33 ) × (1 - 0.21) ] + $773,333.33
= 1019549.99 ≈ 1,019,550
Thus,
NPV = Present value of cash inflows - Present value of cash outflows
Also,
Initial investment = 
- 2,320,000
or
NPV = $128,787.07
