#what is the requirement for a function to be neither odd or even?
15 messages · Page 1 of 1 (latest)
And odd function : f(-x) = -f(x)
for all x real
An even function : f(-x) = f(x)
for all x real
"for all x" is very important
The first function is even. Graphicly, the curve is symmetric along the y-axis
We have
f(1) = 1
and f(-1) = 1
f(2) = 4
and f(-2) = 4
f(3) = 9
f(-3) = 9
...
Each couple of opposed numbers that we send to f is transformed by f into the sale number
the second is odd.
graphicly the curve us symetric at the origin.
f(1) = 1
f(-1) = -1
f(2) = 8
f(-2) = -8
...
Two opposed still being two opposed by applying f
and the last function
is neither odd nor even
f(2) = 0
but f(-2) = -4
So its neither if the graph is not symmetrical to neither x or 0 or not symmetrical at all?
Sorry if my english is bad
Ahh i think i started to get it now
what is your native language
Indonesian
ah ok, french for me
and yes the function isn't symmetric along the y-axis (axial symmetry) even function
and isn't symmetric with (0,0) (central symmetry) odd function
the function is neither odd nor even
Got it! Thanks! Much appreciated 🙏
!done
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