Answer:
He should select 2.30% Compounded every Quarterly because it gives the highest return of $1,159.96.
Explanation:
Principal Amount = P = $50,000
t = 1 year
Using following formula compare the interest rates
A = P ( 1 (r/n)) ^nt
Savings account with interest rate of
2.25% Compounded every two months
r = 2.25%
n = 12/2 = 6
A = $5,000 ( 1+ (0.0225/6))^6x1
A = $50,000 ( 1+ (0.00375))^6
A = $51,135,59
2.30% Compounded every Quarterly
r = 2.30%
n = 12/3 = 4
A = $5,000 ( 1+ (0.023/4))^4x1
A = $50,000 ( 1+ 0.00575)^4
A = $51,159,96
2.20% Compounded Continuously
A = P x [tex]e^{rt}[/tex]
A = $50,000 x [tex]e^{0.022}[/tex]
A = $50,000 x 1.0222438
A = 51,112.19
So, he should select 2.30% Compounded every Quarterly because it gives the highest return.