Please read my replies as well
(a) Suppose on Jan 1, 1997 Dave invested $2,000 into a bank account at 5% interest compounded continuously. Let y(t) be the value of Dave's investment after t years. Give an exact formula for y(t)
(b) Also on Jan 1, 1997 John decides to invest. He put $2,500 into an account at 3% interest compounded monthly. Let g(t) be the value of John's investment after t years. Give an exact formula for g(t).
(c) Which account is worth more after 9 years? [ Must show work to receive credit.]
(d) To the nearest tenth, at what time t is the value of both accounts the same

Question

Please read my replies as well
(a) Suppose on Jan 1, 1997 Dave invested $2,000 into a bank account at 5% interest compounded continuously.  Let y(t) be the value of Dave's investment after t years.  Give an exact formula for y(t)
(b) Also on Jan 1, 1997 John decides to invest. He put $2,500 into an account at 3% interest compounded monthly. Let g(t) be the value of John's investment after t years. Give an exact formula for g(t).
(c) Which account is worth more after 9 years? [ Must show work to receive credit.]
(d) To the nearest tenth, at what time t is the value of both accounts the same