Question: The series converges to e x for all x. a. Find a series for (d/dx)e x . Do you get the series for e x
The series
converges to ex for all x.
a. Find a series for (d/dx)ex. Do you get the series for ex? Explain your answer.
b. Find a series for ∫ex dx. Do you get the series for ex? Explain your answer.
c. Replace x by -x in the series for ex to find a series that converges to e-x for all x. Then multiply the series for ex and e-x to find the first six terms of a series for e-x · ex.
ex = 1 + x + + + + +...
Step by Step Solution
3.42 Rating (158 Votes )
There are 3 Steps involved in it
a We can differentiate both sides of the series for ex term by term to obtain a series for ddxex dd... View full answer
Get step-by-step solutions from verified subject matter experts
