Replace the epsilon and delta in the definition of continuity, what kind of continuity do we get?The epsilon-delta definition of continuityThe epsilon-delta definition of continuity$delta$ and $epsilon$ in the continuity definitionEpsilon-delta definition of continuityWhy epsilon and delta can be changed in the definition of continuity when the function is limited in an intervalCan limits be defined in a more algebraic way, instead of using the completely analytic $delta$-$epsilon$ definition?Test the Function for continuity using the Epsilon-Delta definition.Show continuity of a function using epsilon delta definitionHow to find $delta$ in the $varepsilon-delta$ definition of continuityDelta Epsilon Continuity proof exampleProof of equivalence between open-set and $varepsilon$-$delta$ definition of continuity.

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Replace the epsilon and delta in the definition of continuity, what kind of continuity do we get?


The epsilon-delta definition of continuityThe epsilon-delta definition of continuity$delta$ and $epsilon$ in the continuity definitionEpsilon-delta definition of continuityWhy epsilon and delta can be changed in the definition of continuity when the function is limited in an intervalCan limits be defined in a more algebraic way, instead of using the completely analytic $delta$-$epsilon$ definition?Test the Function for continuity using the Epsilon-Delta definition.Show continuity of a function using epsilon delta definitionHow to find $delta$ in the $varepsilon-delta$ definition of continuityDelta Epsilon Continuity proof exampleProof of equivalence between open-set and $varepsilon$-$delta$ definition of continuity.













0












$begingroup$


1) $f : X to Y$ is a map. For all $x_0in X$, if for every $delta > 0$, there is $varepsilon > 0$ such that $d_X(x_0, x) < delta$ whenever $d_Y(f(x_0), f(x)) < varepsilon$.



2)$f : X to Y$ is a map. For all $x_0in X$, if for every $ varepsilon> 0$, there is $delta > 0$ such that $d_Y(f(x_0), f(x)) < delta$ whenever $d_X(x_0, x) < varepsilon$.



Is map $f$ continuous in the two cases? If not, what kind of continuity is this?



For the second the case, I guess this definition is much stronger than continuity?










share|cite|improve this question











$endgroup$







  • 1




    $begingroup$
    You have shown that $f^-1$ is continuous at $f(x_0)$ (if it exists at all) instead of showing that $f$ is continuous at $x_0.$
    $endgroup$
    – Dbchatto67
    Mar 21 at 6:57







  • 1




    $begingroup$
    The function is bounded in the second case
    $endgroup$
    – vidyarthi
    Mar 21 at 7:24







  • 1




    $begingroup$
    @Dbchatto67 Due to my humble love of math
    $endgroup$
    – High GPA
    Mar 21 at 7:27






  • 1




    $begingroup$
    why the downvote?
    $endgroup$
    – vidyarthi
    Mar 21 at 7:28






  • 1




    $begingroup$
    see here
    $endgroup$
    – vidyarthi
    Mar 21 at 7:30















0












$begingroup$


1) $f : X to Y$ is a map. For all $x_0in X$, if for every $delta > 0$, there is $varepsilon > 0$ such that $d_X(x_0, x) < delta$ whenever $d_Y(f(x_0), f(x)) < varepsilon$.



2)$f : X to Y$ is a map. For all $x_0in X$, if for every $ varepsilon> 0$, there is $delta > 0$ such that $d_Y(f(x_0), f(x)) < delta$ whenever $d_X(x_0, x) < varepsilon$.



Is map $f$ continuous in the two cases? If not, what kind of continuity is this?



For the second the case, I guess this definition is much stronger than continuity?










share|cite|improve this question











$endgroup$







  • 1




    $begingroup$
    You have shown that $f^-1$ is continuous at $f(x_0)$ (if it exists at all) instead of showing that $f$ is continuous at $x_0.$
    $endgroup$
    – Dbchatto67
    Mar 21 at 6:57







  • 1




    $begingroup$
    The function is bounded in the second case
    $endgroup$
    – vidyarthi
    Mar 21 at 7:24







  • 1




    $begingroup$
    @Dbchatto67 Due to my humble love of math
    $endgroup$
    – High GPA
    Mar 21 at 7:27






  • 1




    $begingroup$
    why the downvote?
    $endgroup$
    – vidyarthi
    Mar 21 at 7:28






  • 1




    $begingroup$
    see here
    $endgroup$
    – vidyarthi
    Mar 21 at 7:30













0












0








0


1



$begingroup$


1) $f : X to Y$ is a map. For all $x_0in X$, if for every $delta > 0$, there is $varepsilon > 0$ such that $d_X(x_0, x) < delta$ whenever $d_Y(f(x_0), f(x)) < varepsilon$.



2)$f : X to Y$ is a map. For all $x_0in X$, if for every $ varepsilon> 0$, there is $delta > 0$ such that $d_Y(f(x_0), f(x)) < delta$ whenever $d_X(x_0, x) < varepsilon$.



Is map $f$ continuous in the two cases? If not, what kind of continuity is this?



For the second the case, I guess this definition is much stronger than continuity?










share|cite|improve this question











$endgroup$




1) $f : X to Y$ is a map. For all $x_0in X$, if for every $delta > 0$, there is $varepsilon > 0$ such that $d_X(x_0, x) < delta$ whenever $d_Y(f(x_0), f(x)) < varepsilon$.



2)$f : X to Y$ is a map. For all $x_0in X$, if for every $ varepsilon> 0$, there is $delta > 0$ such that $d_Y(f(x_0), f(x)) < delta$ whenever $d_X(x_0, x) < varepsilon$.



Is map $f$ continuous in the two cases? If not, what kind of continuity is this?



For the second the case, I guess this definition is much stronger than continuity?







real-analysis calculus analysis functions continuity






share|cite|improve this question















share|cite|improve this question













share|cite|improve this question




share|cite|improve this question








edited Mar 21 at 7:26







High GPA

















asked Mar 21 at 6:53









High GPAHigh GPA

1,008421




1,008421







  • 1




    $begingroup$
    You have shown that $f^-1$ is continuous at $f(x_0)$ (if it exists at all) instead of showing that $f$ is continuous at $x_0.$
    $endgroup$
    – Dbchatto67
    Mar 21 at 6:57







  • 1




    $begingroup$
    The function is bounded in the second case
    $endgroup$
    – vidyarthi
    Mar 21 at 7:24







  • 1




    $begingroup$
    @Dbchatto67 Due to my humble love of math
    $endgroup$
    – High GPA
    Mar 21 at 7:27






  • 1




    $begingroup$
    why the downvote?
    $endgroup$
    – vidyarthi
    Mar 21 at 7:28






  • 1




    $begingroup$
    see here
    $endgroup$
    – vidyarthi
    Mar 21 at 7:30












  • 1




    $begingroup$
    You have shown that $f^-1$ is continuous at $f(x_0)$ (if it exists at all) instead of showing that $f$ is continuous at $x_0.$
    $endgroup$
    – Dbchatto67
    Mar 21 at 6:57







  • 1




    $begingroup$
    The function is bounded in the second case
    $endgroup$
    – vidyarthi
    Mar 21 at 7:24







  • 1




    $begingroup$
    @Dbchatto67 Due to my humble love of math
    $endgroup$
    – High GPA
    Mar 21 at 7:27






  • 1




    $begingroup$
    why the downvote?
    $endgroup$
    – vidyarthi
    Mar 21 at 7:28






  • 1




    $begingroup$
    see here
    $endgroup$
    – vidyarthi
    Mar 21 at 7:30







1




1




$begingroup$
You have shown that $f^-1$ is continuous at $f(x_0)$ (if it exists at all) instead of showing that $f$ is continuous at $x_0.$
$endgroup$
– Dbchatto67
Mar 21 at 6:57





$begingroup$
You have shown that $f^-1$ is continuous at $f(x_0)$ (if it exists at all) instead of showing that $f$ is continuous at $x_0.$
$endgroup$
– Dbchatto67
Mar 21 at 6:57





1




1




$begingroup$
The function is bounded in the second case
$endgroup$
– vidyarthi
Mar 21 at 7:24





$begingroup$
The function is bounded in the second case
$endgroup$
– vidyarthi
Mar 21 at 7:24





1




1




$begingroup$
@Dbchatto67 Due to my humble love of math
$endgroup$
– High GPA
Mar 21 at 7:27




$begingroup$
@Dbchatto67 Due to my humble love of math
$endgroup$
– High GPA
Mar 21 at 7:27




1




1




$begingroup$
why the downvote?
$endgroup$
– vidyarthi
Mar 21 at 7:28




$begingroup$
why the downvote?
$endgroup$
– vidyarthi
Mar 21 at 7:28




1




1




$begingroup$
see here
$endgroup$
– vidyarthi
Mar 21 at 7:30




$begingroup$
see here
$endgroup$
– vidyarthi
Mar 21 at 7:30










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