Answer:
Second National Bank
Present value (PV) = $5,400
Future value (FV) = $13,900
Interest rate (r) = 10% = 0.10
FV = PV(1 + r)n
$13,900 = $5,400(1 + 0.10)n
<u>$13,900</u> = (1.10)n
$5,400
2.574074074 = (1.10)n
Log 2.574074074 = n log 1.10
<u>Log 2.574074074</u> = n
Log 1.10
n = 9.9 years
None of the answers is correct
Explanation:
In this case, we will apply the formula of future value of a lump sum. The present value, interest rate and future value were provided with the exception of number of years. Thus, the number of years becomes the subject of the formula. The future value equals present value, multiplied by 1 plus interest rate, raised to power number of years.
a. more efficient because polluters that can only reduce pollution at high cost do not and instead buy allowances.
Answer:
The correct answer is option A.
Explanation:
Sophie is willing to sell a textbook for $30, while Ruby is willing to purchase it for $60. Both negotiate and agree on a price of $45.
The gain for Sophie will be the difference between the minimum price she was expecting and the price she gets for the textbook.
Gain for Sophie
= $45 - $30
= $15
The gain for Ruby will be the difference between the maximum price she was willing to pay and the price she actually paid.
Gain for Ruby
= $60 - $45
= $15
So, both of them have a gain of $15 from trade.
Either A or C would be right, because it couldn't be a decrease of the equity.
Answer:
D: Your money has more time to grow.
Explanation:
If you use process of elimination your age doesn't matter on discounts or rates. If you invest when you're younger you have more time to learn about what you're investing in and more time for your money to grow.
