onemachine
New member
- Joined
- Feb 2, 2012
- Messages
- 28
Here is the definition:
A function f is continuous at a point c if
given epsilon > 0, there exists delta > 0 such that if |x-c| < delta, then |f(x)-f(c)| < epsilon.
Is this actually an if and only if definition?
That is, does "for all epsilon > 0, there exists delta > 0 such that if |x-c| < delta, then |f(x)-f(c)| < epsilon" imply that f is continuous at c?
Thanks for your help!
A function f is continuous at a point c if
given epsilon > 0, there exists delta > 0 such that if |x-c| < delta, then |f(x)-f(c)| < epsilon.
Is this actually an if and only if definition?
That is, does "for all epsilon > 0, there exists delta > 0 such that if |x-c| < delta, then |f(x)-f(c)| < epsilon" imply that f is continuous at c?
Thanks for your help!