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How is y=0 an odd function when it isn't symmetric to the origin?
The discussion centers around the classification of the function y=0 in terms of odd and even functions, particularly questioning its symmetry properties.
Some participants provide insights into the definitions of odd and even functions, while others clarify potential misunderstandings regarding terminology. The conversation reflects a mix of interpretations and attempts to reconcile different concepts.
There is a noted confusion between the terms "odd" and "even" versus "open" and "closed," which may affect the clarity of the discussion. Participants are also reflecting on their understanding of function properties in a broader mathematical context.
Did you mean "odd" and "even"? f(x)= 0 is clearly a closed function, certainly not open!CompuChip said:Note here, that for any function f in general, it's not necessary that f is either closed or open; nor that it cannot be both. You've found an example of the latter![]()