If $15,000 is invested at 3.5% for 20 years, find the future value if the interest is compounded the following ways. (Round your answers to the nearest cent.) (d) monthly $  (e) daily (N = 360) $  (f) every minute (N = 525,600) $  (g) continuously $  (h) simple (not compounded) $

using computation solution (not excel)

Sub parts to be solved include  Letters : D- Monthly E- Daily F - Every Minute G - Continuously  H - Simple

Find the present value of $3000 payable at the end of 4 years, if money may be invested at 4% with interest compounded continuously. The present value of $3000 is $ (Round to the nearest cent as needed.)

If $13,000 is invested at 2.5% for 30 years, find the future value if the interest is compounded the following ways. (Round your answers to the nearest cent.) (a) annually$ (b) semiannually$ (c) quarterly$ (d) monthly$ (e) daily (N = 360)$ (f) every minute (N = 525,600)$ (g) continuously$ (h) simple (not compounded)

2. Calculate the present value to purchase a lot of land if $18,000 is put down and $2,000 is paid per quarter for 3 years. Assume that there is 6% interest that is compounded quarterly if the cash price for the land is 825, 000, is it better to pay cash or finance the purchase? According to the Present Value of an Annuity Table, at 1.5% interest for 5 years, the factor is 17.16564 O $52,337,28, it is better to pay $25,000 cash 14.782.64 is better to finance the purchase $27, 565.28 at is better to pay $25,000 cash O822,782.64 it is better to finance the purchase "At (harger Canad

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Please help me answer Question 20. :(

Find the amount of interest paid on on a $800 Investment that earns 4.9% simple annual interest for 30 days. In this problem, use the Bankers' Rule, which stipulates that 1 year 360 days. Round to the nearest cent (two decimal places.) S

Determine the principal P that must be invested at rate r = 2%, compounded monthly, so that $500,000 will be available for retirement in t = 5 years. (Round your answer to the nearest cent.)