PLEASE ANSWER THE FOLLOWING WITH $4$ DECIMAL PLACES AND IF CORRECTLY ILL GIVE YOU A THUMBS UP$!$

$1.$What is the value of a$3-$year, annual$$$$100\mathrm{.}00$ ordinary annuity$$plus$$a $$1,000$ lump sum at the end of the scenario if you require $10\mathrm{.}00\%$ APR Return? Assume there are no other cash flows in the scenario. $4$ DECIMAL PLACES

$2.$What is the appropriate market price for a $8\mathrm{.}87\%$ bond maturing in $15$ years with annual payments and a $$1,000\mathrm{.}00$ face value? Assume you require $9\mathrm{.}60\%$ APR yield.$4$ DECIMAL PLACES

$3.$If an investor requires$9\mathrm{.}48\%$ APR yield,$$what is the maximum amount the investor should pay for a $4\mathrm{.}36\%$ bond maturing in $10$ years with semiannual payments and a $$1,000\mathrm{.}00$ face value? $4$ DECIMAL PLACES

$4.$What is the value of a $6\mathrm{.}95\%$ bond maturing in $8$ years with annual payments and a $$1,000\mathrm{.}00$ face value? Assume you require $9\mathrm{.}20\%$ APR yield.$4$ DECIMAL PLACES

$5.$What is the appropriate market price for a bond maturing in $8$ years with semiannual $$41\mathrm{.}41$ payments and a $$1,000\mathrm{.}00$ face value? Assume you require $9\mathrm{.}55\%$ APR yield.$4$ DECIMAL PLACES

$6.$Find the YTM for a $9\mathrm{.}8\%$ annual bond which matures in $6$ years, has a $$1,000$ face value and is selling for $$1,003.4$ DECIMAL PLACES

$7.$Find the YTM for a $6\mathrm{.}2\%$ annual bond which matures in $4$ years, has a $$1,000$ face value and is selling for $$996.4$ DECIMAL PLACES

$8.$If an investor requires $7\mathrm{.}48\%$ APR yield,$$what is the maximum amount the investor should pay for a bond maturing in $12$ years with annual $$89\mathrm{.}52$ payments and a $$1,000\mathrm{.}00$ face value? $4$ DECIMAL PLACES

$9.$What is the appropriate market price for a bond maturing in $10$ years with annual $$86\mathrm{.}50$ payments and a $$1,000\mathrm{.}00$ face value? Assume you require $7\mathrm{.}72\%$ APR yield.$4$ DECIMAL PLACES

$10.$What is the value of a bond maturing in $12$ years with semiannual $$42\mathrm{.}93$ payments and a $$1,000\mathrm{.}00$ face value? Assume you require $8\mathrm{.}27\%$ APR yield.$4$ DECIMAL PLACES

$11.$What is the value of a bond maturing in $11$ years with annual $$60\mathrm{.}01$ payments and a $$1,000\mathrm{.}00$ face value? Assume you require $8\mathrm{.}31\%$ APR yield.$4$ DECIMAL PLACES

$12.$What is the value of a $8\mathrm{.}71\%$ bond maturing in $9$ years with semiannual payments and a $$1,000\mathrm{.}00$ face value? Assume you require $9\mathrm{.}70\%$ APR yield.$4$ DECIMAL PLACES

$13.$If an investor requires$9\mathrm{.}43\%$ APR yield,$$what is the maximum amount the investor should pay for a bond maturing in $12$ years with semiannual $$43\mathrm{.}99$ payments and a $$1,000\mathrm{.}00$ face value?$4$ DECIMAL PLACES

$14.$What is the appropriate market price for a $6\mathrm{.}84\%$ bond maturing in $8$ years with semiannual payments and a $$1,000\mathrm{.}00$ face value? Assume you require $7\mathrm{.}05\%$ APR yield.$4$ DECIMAL PLACES

$15.$What is the appropriate market price for a $8\mathrm{.}87\%$ bond maturing in $15$ years with annual payments and a $$1,000\mathrm{.}00$ face value? Assume you require $9\mathrm{.}60\%$ APR yield.$4$ DECIMAL PLACES