5a
5b
Linda invests $8,000, at 6% interest, compounded semiannually for one year. Use Table 11-1 to calculate the effective interest rate for her investment. (Round the effective rate to the nearest hundredth percent.) Click here for Table 11-1 Do not enter the percent symbol in your answer. TABLE 11-1 Compound Interest Table (Future Value of $1 at Compound Interest) 1% 2% 3% 5% 6% 7% 8% Periods Periods 1 2 3 4 5 1.00500 1.01003 1.01508 1.02015 1.02525 1.01000 1.02010 1.03030 1.04060 1.05101 1.01500 1.03023 1.04568 1.06136 1.07728 1.02000 1.04040 1.06121 1.08243 1.10408 1.03000 1.06090 1.09273 1.12551 1.15927 1.04000 1.08160 1.12486 1.16986 1.21665 1.05000 1.10250 1.15763 1.21551 1.27628 1.06000 1.12360 1.19102 1.26248 1.33823 1.07000 1.14490 1.22504 1.31080 1.40255 1.08000 1.16640 1.25971 1.36049 1.46933 1 2 3 4 5 6 7 8 9 10 1.03038 1.03553 1.04071 1.04591 1.05114 1.06152 1.07214 1.08286 1.09369 1.10462 1.09344 1.10984 1.12649 1.14339 1.16054 1.12616 1.14869 1.17166 1.19509 1.21899 1.19405 1.22987 1.26677 1.30477 1.34392 1.26532 1.31593 1.36857 1.42331 1.48024 1.34010 1.40710 1.47746 1.55133 1.62889 1.41852 1.50363 1.59385 1.68948 1.79085 1.50073 1.60578 1.71819 1.83846 1.96715 1.58687 1.71382 1.85093 1.99900 2.15892 6 7 8 9 10 11 12 13 14 15 1.05640 1.06168 1.06699 1.07232 1.07768 1.11567 1.12683 1.13809 1.14947 1.16097 1.17795 1.19562 1.21355 1.23176 1.25023 1.24337 1.26824 1.29361 1.31948 1.34587 1.38423 1.42576 1.46853 1.51259 1.55797 1.53945 1.60103 1.66507 1.73168 1.80094 1.71034 1.79586 1.88565 1.97993 2.07893 1.89830 2.01220 2.13293 2.26090 2.39656 2.10485 2.25219 2.40985 2.57853 2.75903 2.33164 2.51817 2.71962 2.93719 3.17217 11 12 13 14 15 16 17 18 19 20 1.08307 1.08849 1.09393 1.09940 1.10490 1.17258 1.18430 1.19615 1.20811 1.22019 1.26899 1.28802 1.30734 1.32695 1.34686 1.37279 1.40024 1.42825 1.45681 1.48595 1.60471 1.65285 1.70243 1.75351 1.80611 1.87298 1.94790 2.02582 2.10685 2.19112 2.18287 2.29202 2.40662 2.52695 2.65330 2.54035 2.69277 2.85434 3.02560 3.20714 2.95216 3.15882 3.37993 3.61653 3.86968 3.42594 3.70002 3.99602 4.31570 4.66096 16 17 18 19 20 21 22 23 24 25 1.11042 1.11597 1.12155 1.12716 1.13280 1.23239 1.24472 1.25716 1.26973 1.28243 1.36706 1.38756 1.40838 1.42950 1.45095 1.51567 1.54598 1.57690 1.60844 1.64061 1.86029 1.91610 1.97359 2.03279 2.09378 2.27877 2.36992 2.46472 2.56330 2.66584 2.78596 2.92526 3.07152 3.22510 3.38635 3.39956 3.60354 3.81975 4.04893 4.29187 4.14056 4.43040 4.74053 5.07237 5.42743 5.03383 5.43654 5.87146 6.34118 6.84848 21 22 23 24 25 Periods 1 2 3 4 5 9% 1.09000 1.18810 1.29503 1.41158 1.53862 10% 1.10000 1.21000 1.33100 1.46410 1.61051 11% 1.11000 1.23210 1.36763 1.51807 1.68506 12% 1.12000 1.25440 1.40493 1.57352 1.76234 13% 1.13000 1.27690 1.44290 1.63047 1.84244 14% 1.14000 1.29960 1.48154 1.68896 1.92541 15% 1.15000 1.32250 1.52088 1.74901 2.01136 16% 1.16000 1.34560 1.56090 1.81064 2.10034 17% 1.17000 1.36890 1.60161 1.87389 2.19245 18% 1.18000 1.39240 1.64303 1.93878 2.28776 Periods 1 2 3 4 5 Anny invests $8,000, at 8% interest, compounded annually for 3 years. Use the compound interest formula to calculate the compound amount for her investment. $
