Computing Future Value of Annuities, Deterrals

For the following separate annuities A through F$,$ complete the table by indicating the future value amount of the annuity.

Note: Round final answer to the nearest whole dollar.

$*$ Note: Do not use a negative sign $(-)$ with your answers.

$\backslash$table$[[$Investment$,\backslash$table$[[$Frequency$],[$of Payments$]],\backslash$table$[[$Annual$],[$Interest$],[$Rate$]],$Payment,$\backslash$table$[[$Number of$],[$Years$]],\backslash$table$[[$Beginning or$],[$End of Period$],[$Payment$]],\backslash$table$[[$Deferral$],[$of Annuity$],[$Payment$]],,\backslash$table$[[$Future$],[$Value$],[$Amount$]]],[$Annuity A$,$Annually,$6\%,$$$(11,000),6,$End,$0$ years,$$,76,727],[$Annuity B$,$Annually,$7\%,(13,000),4,$Beginning,$0$ years,$$,61,759],[$Annuity C$,$Annually,$5\%,(40,000),8,$End,$3$ years,$$,261,964$x$],[$Annuity D$,$Semiannually,$8\%,(6,800),3,$End,$0$ years,$$,21,226$x$],[$Annuity E$,$Semiannually,$6\%,(5,000),2,$Beginning,$0$ years,$$,10,454\backslash$times $],[$Annuity F$,$Semiannually,$6\%,(44,000),4,$End,$2$ years,$$,8,079\backslash$times $]]$