Lee started making contributions to a Traditional IRA when he got his first job, at age 28. His contributions averaged $2,900 annually. Lee was in the 30% tax bracket during his working years, when he continued to make these annual contributions. The average annual rate of return on the account was 5.7%. Upon retirement at age 71, Lee stopped working and making IRA contributions. Instead, he started living on withdrawals from the retirement account. At this point, Lee dropped into the 20% tax bracket. Factoring in taxes, what is the effective value of Lee's Traditional IRA at retirement? Assume annual compounding

Lee started making contributions to a Traditional IRA when he got his first job, at age 28. His contributions averaged $2,900 annually. Lee was in the 30% tax bracket during his working years, when he continued to make these annual contributions. The average annual rate of return on the account was 5.7%. Upon retirement at age 71, Lee stopped working and making IRA contributions. Instead, he started living on withdrawals from the retirement account. At this point, Lee dropped into the 20% tax bracket. Factoring in taxes, what is the effective value of Lee's Traditional IRA at retirement? Assume annual compounding

the distance from any point on the parabola to the focus is the exact same as the distance from that point to the directrix.

if you could provide answer choices that might allow me to answer the question easier if my above answer isn't an option! (: