Answer:
It will take 30.10 year
Explanation:
We have given initial investment $500000
Future value = $ 1 million = $1000000
Rate of interest r = 1.79 %
We have to find the time taken to reach the amount $1000000
We know that future value is equal to 
Taking log both side
n×0.0077 = 0.3010
n = 39.09 year
Now in second case rate of interest
r = 2.34 %
So 
taking log both side
log 2 = n log 1.0234
n×0.01 = 0.3010
n = 30.10 year
Answer:
When the economy reaches full real output, there is no spare capacity left and therefore as real output increases, the price level will increase. There are no workers left in the economy as full employment is reached.
Answer:
$20,857.24
Explanation:
This is an ordinary annuity question which can be solved using a financial calculator. The inputs are as follows;
Total duration of investment; N = 5
Interest rate per year; I/Y = 6%
Recurring annual payment; PMT = 3,700
One time cashflow; PV = 0
then compute the future value of the annuity; CPT FV = 20,857.244
Therefore, Jan will have $20,857.24 as down payment in 5 years.
Answer:
making loans to the government
Answer:
depends on how much you already have...
Explanation:
