Can someone please show work for how you arrive at that answer of $32,599.88?

Present Value (PV): \$ of a lump sum Number of Periods (t) : Interest Rate (R): \% per Period Compounding (m) : times per Period Cash Flow : Annuity Payments (Pmt) optional Amount (PMT): \$ deposit or withdrawl Pmt Growth (G): \% % Increase each Payment \# of Payments (q): Payments per Period Payments at ( T ): of each Period Answer: Future Value (FV) of the Lump Sum $32,599.88