all one question

To determine the appropriate discount factor(s) using tables, click here to view Tables I. II. II. or IV in the appendix. Alternatively, if you calculate the discount factor(s) using a formula, round to six (6) decimal places before using the factor in the problem. Required a. The future value of $24,000 invested at 7 percent for 6 years. b. The future value of eight annual payments of $1,050 at 6 percent interest. c. The amount that must be deposited today (present value) at 6 percent to accumulate $50,000 in five years. d. The annual payment on a 9-year, 8 percent, $31,000 note payable. Complete this question by entering your answers in the tabs below. Required A Required B Required C Required D The future value of $24,000 invested at 7 percent for 6 years. (Round your answer to the nearest whole dollar amount.) Future value Required A Required B > To determine the appropriate discount factor(s) using tables, click here to view Tables I. II. III. or IV in the appendix. Alternative calculate the discount factor(s) using a formula, round to six (6) decimal places before using the factor in the problem, Required a. The future value of $24,000 invested at 7 percent for 6 years. b. The future value of eight annual payments of $1,050 at 6 percent interest. c. The amount that must be deposited today (present value) at 6 percent to accumulate $50,000 in five years. d. The annual payment on a 9-year, 8 percent, $31,000 note payable. Complete this question by entering your answers in the tabs below. Required A Required B Required C The future value of eight annual payments of $1,050 at 6 percent interest. (Round your answer to the nearest whole dollar amount.) Future value Required D To determine the appropriate discount factor(s) using tables, click here to view Tables I, II, III, or IV in the appendix. Altern calculate the discount factor(s) using a formula, round to six (6) decimal places before using the factor in the problem. Required a. The future value of $24,000 invested at 7 percent for 6 years. b. The future value of eight annual payments of $1,050 at 6 percent interest. c. The amount that must be deposited today (present value) at 6 percent to accumulate $50,000 in five years. d. The annual payment on a 9-year, 8 percent, $31,000 note payable. Complete this question by entering your answers in the tabs below. Required B Required C Required D The amount that must be deposited today (present value) at 6 percent to accumulate $50,000 in five years. (Round your answer to the nearest whole dollar amount.) Present value Required A To determine the appropriate discount factor(s) using tables, click here to view Tables I, II, III, or IV in the appendix. Alternatively, if y calculate the discount factor(s) using a formula, round to six (6) decimal places before using the factor in the problem. Required a. The future value of $24,000 invested at 7 percent for 6 years. b. The future value of eight annual payments of $1,050 at 6 percent interest. c. The amount that must be deposited today (present value) at 6 percent to accumulate $50,000 in five years. d. The annual payment on a 9-year, 8 percent, $31,000 note payable. Complete this question by entering your answers in the tabs below. Required A Required B Required C Required D The annual payment on a 9-year, 8 percent, $31,000 note payable. (Round your answer to the nearest whole dollar amount.) Annual payment