For the following statements, enter T if they are true and F if they are false. Logarithms and exponentials can be defined for complex numbers, and then can assume complex function values, but
in the questions below concerning domain and range, let's consider only real numbers.
The natural exponential is the reciprocal of the natural logarithm.
The natural exponential is the inverse of the natural logarithm.
The natural exponential is the negative of the natural logarithm.
The domain of the natural logarithm is the set of all positive numbers.
The domain of the natural logarithm is the set of all real numbers.
The domain of the natural exponential is the set of all positive numbers.
The domain of the natural exponential is the set of all real numbers.

The probability that a u.s. resident has traveled to canada is 0.18 and to mexico is 0.09. a. if traveling to canada and traveling to mexico are independent events, what is the probability that a randomly-selected person has traveled to both? (page 109 in the book may ) b. it turns out that only 4% of u.s. residents have traveled to both countries. comparing this with your answer to part a, are the events independent? explain why or why not. (page 119 may ) c. using the %’s given, make a venn diagram to display this information. (don’t use your answer to part a.) d. using the conditional probability formula (page 114 in the book) and the %’s given, find the probability that a randomly-selected person has traveled to canada, if we know they have traveled to mexico.