Answer:
Step-by-step explanation:
Yolanda deposits $200 per month, so her total investments are = 200 × 12 × 10 = $24,000
After 10 years, the balance in Yolanda's account :
[tex]A=PMT\times\frac{[1+(\frac{APR}{n})]^{(ny)}-1}{(\frac{APR}{n} )}[/tex]
[tex]=200\times\frac{[1+(\frac{0.03}{12})]^{(12\times 10)}-1}{(\frac{0.03}{12})}[/tex]
[tex]=200\times(\frac{1.0025^{120}-1}{\frac{0.03}{12} })[/tex]
= 200 × 139.741419
= 27,948.283775 ≈ $27,948.28
Zach deposits $2400 per year, so his total investments are = 2400 × 10 = $24,000
[tex]=2400\times\frac{[1+(\frac{0.03}{1})]^{(1\times 10)}-1}{(\frac{0.03}{1})}[/tex]
[tex]=2400\times\frac{[1+(\frac{0.03}{1})]^{(10)}-1}{0.03}[/tex]
[tex]=2400(\frac{1.03^{10}-1}{0.03} )[/tex]
= 2400 × 11.463879
= 27513.310348 ≈ $27,513.31
Yolanda's strategies is better because she would receive 27,948.28 while Zach would receive 27,513.31.