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:
You must deposit $14,824.07
Explanation:
Giving the following information:
Sister:
Investment= $14,000
Interest rate= 10.5%
Number of years= 9
You:
Investment=?
Interest rate= 9.8%
Number of years= 9
First, we need to calculate the future value of your sister:
FV= PV*(1+i)^n
FV= 14,000*(1.105^9)= $34,386.55
Now, we can determine your deposit:
PV= FV/(1+i)^n
PV= 34,386.55/ (1.098^9)= $14,824.07
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Question Completion with Options:
2.5 percentage points
1.5 percentage points
3.5 percentage points
6.5 percentage points
Answer:
Sandra's creditor must determine if the APR for the loan exceeds the average prime offer rate by:
1.5 percentage points
Explanation:
The first mortgage loan principal should not exceed the conforming loan limit for the area where Sandra lives at the time that she secures the loan approval. It behooves on Sandra’s creditor to determine if the annual percentage rate (APR) for the mortgage loan exceeds the average prime offer rate (or the sample rate that is a representative of the APRs charged by creditors for mortgage loans that have low-risk pricing characteristics) by 1.5 percentage points.