Solution:
The formula / equation for calculating the compound Interest on a given amount of investment is :
= [ P * [ ( 1 + (r/n) ) n * t ] ] - P
Where
P = Principal amount of investment ; r = rate of interest ; n = No. of compounding periods per year ; t = Time in years
When the compounding is daily then n = no. of days in a year = 365
Since the compounding is daily, each day of the year is taken as a single compounding period. Thus the no. of compounding periods in a year = 365
Thus the solution is Option B. 365
Since the interest has accrued for 2 years , the value of t =time in years in the equation is equal to 2
What is the value of "n" in the equation for compound interest if it is compounded...
What is the value of "n" in the equation for compound interest if it is compounded daily and interest has accrued for 2 years?
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