This problem requires finding the time period for an investment to grow from a principal amount to a future amount at a given interest rate, compounded half-yearly.
Since interest is compounded half-yearly, we need to adjust the rate and determine the number of compounding periods ($n$).
The formula for compound amount is $A = P(1 + r)^n$. Substitute the known values:
$4576 = 4400(1 + 0.04)^n$
$\frac{4576}{4400} = (1.04)^n$
$1.04 = (1.04)^n$
$n = 1$
This means there is 1 compounding period.
Since the compounding is half-yearly, each period is 6 months.
Therefore, it will take 6 months for ₹ 4400 to become ₹ 4576 at 8% per annum compounded half-yearly.
At what rate percent per annum will Rs. 7200 amount to Rs. 7938 in one year, if interest is compounded half yearly?
What is the compound interest (in Rs.) on a sum of Rs. 8192 for \(1 \frac{1}{4}\) years at 15% per annum, if interest is compounded 5-monthly ?
What is the difference (in Rs.) between the interests on Rs. 50,000 for one year at 8% per annum compounded half yearly and yearly?
A sum of money becomes Rs. 11,880 after 4 years and Rs. 17,820 after 6 years on compound interest, if the interest is compounded annually. What is the half of the sum (in Rs.)?
A sum invested at compound interest amounts to Rs. 7,800 in 3 years and Rs. 11,232 in 5 years. What is the rate per cent?