Question: 4. K is deposited into a fund at time zero. The fund grows according to the accumulation function a(t) = c2t2 + ct + Co

 4. K is deposited into a fund at time zero. The

4. K is deposited into a fund at time zero. The fund grows according to the accumulation function a(t) = c2t2 + ct + Co where co, C1, C2 are constants. = The annual effective interest rate in year one is 6%, and the annual effective interest rate in year two is 7.547169811%. Find the amount of time for which it takes the fund to double from its initial value of K. 4. K is deposited into a fund at time zero. The fund grows according to the accumulation function a(t) = c2t2 + ct + Co where co, C1, C2 are constants. = The annual effective interest rate in year one is 6%, and the annual effective interest rate in year two is 7.547169811%. Find the amount of time for which it takes the fund to double from its initial value of K

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