Overview
If f(x)/g(x) approaches zero as x goes to infinity we know that for large x, g(x) is much larger than f(x). In this session we use L’Hopital’s rule to compare rates of growth of exponential, logarithmic and polynomial functions.
If f(x)/g(x) approaches zero as x goes to infinity we know that for large x, g(x) is much larger than f(x). In this session we use L’Hopital’s rule to compare rates of growth of exponential, logarithmic and polynomial functions.
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As Taught In: | Fall 2010 |
Level: | Undergraduate |