Michael has been saving his money and wants to invest it. after doing some research, he has decided to invest $20,000 into a cer
2 answers:
Answer: Micheal will earn an interest of $600 in the first year based on nominal interest rates.
Since we need to compute the interest paid out at the end of year 1, we use the following formula in order to find the interest
where
SI = Simple interest
P = Principal or initial amount invested
N = Number of years
R = Nominal interest rate
Nominal interest rate refers to the rate quoted on the CD or the rate agreed upon. In this question, the nominal interest rate is 3%.
Substituting the values in the formula above we get,
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The equilibrium price is $0.5 while the equilibrium quantity is 8.5
From the Demand data that we have in this question,
Slope = 3
Intercept = 10
The demand equation
D = -3p + 10
D = 10 - 3p
The supply data
Slope = 5
Intercept = 6
Supply equation
S = 6 + 5p
D = S
This is because at equilibrium, <u>supply = demand</u>
Therefore,
10-3P = 6+5P
collect like terms
10-6 = 3p+5p
4 = 8p
Divide through by 8
Equilibrium price = $0.5
The equilibrium quantity
D = 10 - 3*0.5
= 10-1.5
= 8.5
Therefore from the calculation, the equilibrium price is $0.5 and the equilibrium quantity is 8.5
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Answer:
n = 43.6673555
it will take 43.67 year to achice a real GDP of 98,000
Explanation:
we solve for time of a future lump-sum:
we use logarithmics properties:
PV 49,000
FV 98,000
rate 1.6%
n = 43.6673555