To calculate the worth that a creditor should be helpful to accept now, we ought to solve the equation:
X=10,000/1.085
<h3>Solving for X.</h3>
This equation shows the parity of X and the present significance of $10,000 5 years from now using a rate of 8%.
Solving for X.
X=10,0001.4693
X= 6,805.83 X= 6,805.83
The creditor should be willing to accept $6,805.83 now in exchange for future payment of $10,000 5 years from now
we need to solve the equation:
200,000 = 100,000 × 1.07 x 200,000 = 100,000 × 1.07x
where x is the numeral of years it will bear to double the $100,000 asset (= $200,000 )
Decoding for X.
200,000
100,000 = 1.07x= 2200,000
100,000 = 1.07x= 2
x × log1.07 = log2x × log1.07 = log2
x = log2 log1.07 x= log2 log1.07
x=0.30100.029
4 x= 0.30100.0294
x =10.2448 x=10.2448
It will take 10.2448 years for a $100,000 investment to double with 7% annual interest.
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