Answer:
Present Value = $290.20
Explanation:
The present value of a future payment can be calculated with the following formula:
PV = FV / (1 + i)N
Where i is the annual interest rate or discount rate, and t is the number of years until the payment will be received.
PV = Present Value = ?
FV = Payment = $4,400
i = 8.3% = 0.083
N = 20 - 6 = 14
PV = $4400 / (1 + 0.083)(20 - 6)
PV = $4400 / (1.083 * 14)
PV = $4400 / 15.162
PV = $290.1992
Present Value = $290.20 (Approximated)
Answer:
Managers must ensure that their individual goals and work - as well as that of their direct reports - is in line with the overarching strategy. Then, you can ensure that your people are driving progress daily. Proper strategic alignment ensures the work of your best talent is being effectively and efficiently utilized
When society produces the combination of goods and services on the PPF that it values the most highly, society has Allocative efficiency. PPF is defined as the public provident fund, and Allocative efficiency<span> is the point in which the preference of the product consumption is balanced in production levels in an economy. This is specifically related to the benefit of a product or service being equivocal to the cost of making it, directly reflective of consumer preferences.
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Answer:
This is a case of<u> "compulsive hoarding".</u>
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Explanation:
Compulsive hoarding refers to a pattern of behavior in which you are not willing to throw out anything in your house, in these things there are many which have no value for you and that is just garbage. When you do like this, there will be unnecessary things and dust everywhere, this will also have affect on you health like Danielle in the given scenario, and you will become more sick day by day.
Answer: $25078
Explanation:
Firstly, we'll find the real interest rate which will be:
(1 + R) = (1 + r)(1 + h)
(1 + 10%) = (1 + r)(1 + 4.8%)
(1 + 0.1) = (1 + r)(1 + 0.048)
1.1 = (1 + r)(1.048)
r = 4.96%.
Now the annual deposit will be gotten by using the annuity future value which will be:
3 million = C(1.0496^40-1) / 0.0496
3 million = C(5.3995) / 0.0496
3 million = 119.627C
C = 3 million/119.627
C = 25078
Therefore, the real amount that must be deposited each year to achieve the goal is $25078
