CHAPTER 5A
1. In the continuous compounding equation, “e” is the
a. natural log to the base 10.
b. base number in natural logarithms
c. natural log to the base 1.
d. none of the above are correct
2. With continuous compounding
a. the effective rate is higher than the nominal rate
b. the effective rate is higher than the logarithmic rate
c. the base “e” is the effective rate
d. all these are correct
3. Determine the value of $10,000 at the end of 3 years invested at 8 percent assuming continuous compounding.
a. $12,712
b. $12,400
c. $32,460
d. $12,600
4. Determine the present value of $5,000 to be received 4 years from now at the continuously discounted rate of 8
percent.
a. $6,886
b. $3,631
c. $4,616
d. None of these
5. First Texas National Bank is offering a one-year CD with a nominal rate of 9.5 percent. If compounding occurs
continuously, what is the effective annual rate?
a. 9.97%
b. 16.76%
c. 9.66%
d. 22.06%