Answer:
$1,282.80
Explanation:
The PMT formula is used for this question. The attachment is shown below:
The NPER shows the time period
Given that,
Present value = $300,000 - $30000 = $270,000
Future value = $0
Rate of interest = 4% ÷ 12 months = 0.33%
NPER = 30 years × 12 months = 360 months
The formula is shown below:
= PMT(Rate;NPER;-PV;FV;type)
The present value come in negative
So, after solving this, the answer is $1,282.80
Answer:
This question is incomplete since the interest rate is not included and so is the requirement. However, if it asking for the annual contributions Bonnie can make, you can calculate it as shown below and assuming a discount rate of 10%;
Explanation:
Since Bonnie's goal is $300,000, this will be the future value and you can use a financial calculator to solve for recurring deposits (PMT);
Time to retirement; N = 12
Interest rate; I/Y = 10%
Future value; FV = 300,000
One time present cashflow; PV = 0
then compute the recurring deposits; CPT PMT = 14,028.995
Therefore, she will need to contribute $14,029 every year to meet her goal.
The answer is distribution
Answer:
The price level will be equal to what it was before there was a rise in the aggregate supply.
Explanation:
In economics, natural gross domestic product (Natural Real GDP) can be described as the maximum level of real GDP that can be sustained by an economy over the long term. The Natural Real GDP is also known as the potential output.
From the question, since the economy has moved back to producing Natural Real GDP which is the maximum real GDP sustainable, the price level will be equal to what it was before there was a rise in the aggregate supply.
Therefore, the price level will be equal to what it was before there was a rise in the aggregate supply.
