Sawyer Smith will have $$650,000$ to put into an account one year from today, what series of infinite cash flows can be withdrawn starting at t$=11.$Cash flows are to have equal purchasing power $($assume inflation equals $3$ percent per year$)?$Assume the account earns $9$ percent per year. a$.$Cash flows that begin with $$84,703\mathrm{.}84$ at t$=11$ and increase each year by $3$ percent into infinity. b$.$Cash flows that begin with $$92,327\mathrm{.}18$ at t$=11$ and increase each year by $3$ percent into infinity. c$.$Cash flows that begin with $$100,636\mathrm{.}63$ at t$=11$ and increase each year by $3$ percent into infinity. d$.$Cash flows that begin with $$127,055\mathrm{.}76$ at t$=11$ and increase each year by $3$ percent into infinity. e$.$Cash flows that begin with $$42,351\mathrm{.}92$ at t$=11$ and increase each year by $3$ percent into infinity