44% annual interest sounds too good to be true, but we'll work with it.
Don't know exactly how much is <span>$12 comma 00012,000.
I will work with $1,000,000 (one million). You can scale the results to the right amounts.
Future value = $1,000,000
i=0.44
n=88
Present value=$1,000,000/(1+0.44)^88=$1.159*10^(-8), not even one cent!
However, if the interest rate is 4% for 88 years (more likely), then
Present value=F/(1.04^88)=1,000,000/1.04^88=$317,000.50.
That's the amount you need to put in today to get $1000000 in 88 years at 4% APR (compounded annually).</span>
Answer:
Activity expected duration = 2.333
Explanation:
Given:
Optimistic (a) = 1
Most likely (m) = 2
Pessimistic (b) = 5
Activity’s expected duration = ?
Computation of Activity expected duration:

Activity expected duration = [1 + 4(2) + 5] / 6
Activity expected duration = [1 + 8 + 5] / 6
Activity expected duration = [14] / 6
Activity expected duration = 2.333
Answer:
Roth IRA
Explanation:
Based on the information provided in this scenario it can be said that the individual's best option would be to make a $5,000 contribution to a Roth IRA fund. This is a retirement fund that can be will provide will continue to grow exponentially throughout the years and the individual can withdraw that money when they turn 60 years old. At this point the money is completely tax free.
The correct answer is the intensive distribution. An
intensive distribution is being defined as having to get products to many
outlets as possible by which the consumers are likely to encounter and see the
product everywhere that they may go to.
Answer:
a) see attached graph. There is nothing unusual with the supply curve, it is simply fixed. This happens to most services, e.g. there is a fixed number of hotel rooms available for rent, in the short run you cannot add more rooms per night if the demand increases. In order to increase the quantity supplied, you would need to build a larger hotel, or in this case, a larger stadium.
b) the equilibrium price is $8 and the equilibrium quantity is 8,000 tickets
c) if the college plans to increase enrollment, the demand might increase, leading to a higher equilibrium price, but the supply will remain the same until the stadium is expanded.
Explanation:
Price Quantity Demanded (Qd) Quantity Supplied (Qs)
$4 10,000 8,000
$8 8,000 8,000
$12 6,000 8,000
$16 4,000 8,000
$20 2,000 8,000