s) Say that f(x) is a nicely-behaved function that has a Taylor series (as all well- behaved functions do). It is also an odd function of x. Somebody then plugs in q² as the input to this function,...


s) Say that f(x) is a nicely-behaved function that has a Taylor series (as all well-<br>behaved functions do). It is also an odd function of x. Somebody then plugs in q² as the input to<br>this function, defining a function g(q) = f(q²). If we try to write down a Taylor series for<br>there be odd powers of q in this Taylor series? Why or why not?<br>will<br>

Extracted text: s) Say that f(x) is a nicely-behaved function that has a Taylor series (as all well- behaved functions do). It is also an odd function of x. Somebody then plugs in q² as the input to this function, defining a function g(q) = f(q²). If we try to write down a Taylor series for there be odd powers of q in this Taylor series? Why or why not? will

Jun 04, 2022
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