Answer:
The correct option is: B. $30.00
Explanation:
The formula for compound interest is.......
, where A= Final amount, P= Initial amount, r= rate of interest in decimal form, n= number of compounding in a year and t= time duration in years.
Anthony wants to buy CD for $400 that earns 2.5% APR and is compound quarterly and the CD matures in 3 years.
So here,

As the CD is compounded quarterly, so here

Plugging these values into the above formula......

So, the amount of total interest earned
