TABLE 12-1 Future Value (Amount) of an Ordinary Annuity of The values in Table 121 were generated by the formula i(1+i)n1 and roanded to five decimal places, where i is the interest rate per period and n is the total number of periods. T ra TABLE 12-2 Present Value (Amount) of an Ordinary Annuity of S1 The values in Table 122 were generated by the formula i(1+i)n(1+i)n1 and rounded to five decimal places, where t is the interest rate per period and n is the total number of periods. The values in Table 122 were generated by the formula i(1+i)n(1+i)n1 and rounded to five decimal places, where i is the interest rate per period and n is the total number of periods. Solve by wing tables table 121 and Tobie 12+2. caltulate what equal monthily payments ( in 1) wili be cequifed by Jennfer to amartide the car loan. (Rowind your answer to the nearest cent.) TABLE 12-1 Future Value (Amount) of an Ordinary Annuity of The values in Table 121 were generated by the formula i(1+i)n1 and roanded to five decimal places, where i is the interest rate per period and n is the total number of periods. T ra TABLE 12-2 Present Value (Amount) of an Ordinary Annuity of S1 The values in Table 122 were generated by the formula i(1+i)n(1+i)n1 and rounded to five decimal places, where t is the interest rate per period and n is the total number of periods. The values in Table 122 were generated by the formula i(1+i)n(1+i)n1 and rounded to five decimal places, where i is the interest rate per period and n is the total number of periods. Solve by wing tables table 121 and Tobie 12+2. caltulate what equal monthily payments ( in 1) wili be cequifed by Jennfer to amartide the car loan. (Rowind your answer to the nearest cent.)