Shift sign $y=frac x{|x|}$ function horizontally











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I know how to shift linear and quadratic functions but is there a way to shift a sign or $$y=frac x{|x|}$$ function?










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  • One can in general shift $y=f(x)$. See for instance this note: math.utah.edu/~giessing/notes/ch3.6b.pdf and also math.berkeley.edu/~qiuyi/m1af14/EER4_Notes.pdf
    – user587192
    Nov 22 at 17:37












  • Do you mean something different from simply replacing every $x$ in the expression by $x-c$ for some $c$ being the distance you want to shift the graph?
    – Henning Makholm
    Nov 22 at 17:41










  • No, I didn't mean anything else. Thank you for the resources.
    – Oliver Tušla
    Nov 22 at 18:45















up vote
0
down vote

favorite












I know how to shift linear and quadratic functions but is there a way to shift a sign or $$y=frac x{|x|}$$ function?










share|cite|improve this question
























  • One can in general shift $y=f(x)$. See for instance this note: math.utah.edu/~giessing/notes/ch3.6b.pdf and also math.berkeley.edu/~qiuyi/m1af14/EER4_Notes.pdf
    – user587192
    Nov 22 at 17:37












  • Do you mean something different from simply replacing every $x$ in the expression by $x-c$ for some $c$ being the distance you want to shift the graph?
    – Henning Makholm
    Nov 22 at 17:41










  • No, I didn't mean anything else. Thank you for the resources.
    – Oliver Tušla
    Nov 22 at 18:45













up vote
0
down vote

favorite









up vote
0
down vote

favorite











I know how to shift linear and quadratic functions but is there a way to shift a sign or $$y=frac x{|x|}$$ function?










share|cite|improve this question















I know how to shift linear and quadratic functions but is there a way to shift a sign or $$y=frac x{|x|}$$ function?







graphing-functions






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edited Nov 22 at 17:32









idea

2,00331024




2,00331024










asked Nov 22 at 17:26









Oliver Tušla

31




31












  • One can in general shift $y=f(x)$. See for instance this note: math.utah.edu/~giessing/notes/ch3.6b.pdf and also math.berkeley.edu/~qiuyi/m1af14/EER4_Notes.pdf
    – user587192
    Nov 22 at 17:37












  • Do you mean something different from simply replacing every $x$ in the expression by $x-c$ for some $c$ being the distance you want to shift the graph?
    – Henning Makholm
    Nov 22 at 17:41










  • No, I didn't mean anything else. Thank you for the resources.
    – Oliver Tušla
    Nov 22 at 18:45


















  • One can in general shift $y=f(x)$. See for instance this note: math.utah.edu/~giessing/notes/ch3.6b.pdf and also math.berkeley.edu/~qiuyi/m1af14/EER4_Notes.pdf
    – user587192
    Nov 22 at 17:37












  • Do you mean something different from simply replacing every $x$ in the expression by $x-c$ for some $c$ being the distance you want to shift the graph?
    – Henning Makholm
    Nov 22 at 17:41










  • No, I didn't mean anything else. Thank you for the resources.
    – Oliver Tušla
    Nov 22 at 18:45
















One can in general shift $y=f(x)$. See for instance this note: math.utah.edu/~giessing/notes/ch3.6b.pdf and also math.berkeley.edu/~qiuyi/m1af14/EER4_Notes.pdf
– user587192
Nov 22 at 17:37






One can in general shift $y=f(x)$. See for instance this note: math.utah.edu/~giessing/notes/ch3.6b.pdf and also math.berkeley.edu/~qiuyi/m1af14/EER4_Notes.pdf
– user587192
Nov 22 at 17:37














Do you mean something different from simply replacing every $x$ in the expression by $x-c$ for some $c$ being the distance you want to shift the graph?
– Henning Makholm
Nov 22 at 17:41




Do you mean something different from simply replacing every $x$ in the expression by $x-c$ for some $c$ being the distance you want to shift the graph?
– Henning Makholm
Nov 22 at 17:41












No, I didn't mean anything else. Thank you for the resources.
– Oliver Tušla
Nov 22 at 18:45




No, I didn't mean anything else. Thank you for the resources.
– Oliver Tušla
Nov 22 at 18:45










1 Answer
1






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up vote
1
down vote



accepted










Hint:



To shift any function $f$ horizontally, all you need to do is to replace $x$ by $xpm c$ where c is the distance of the shift and the sign $pm$ indicates the direction of the shift.






share|cite|improve this answer





















  • Yes, you are right. After a lot of fiddling, it turned out I misplaced parentheses when graphing the absolute value.
    – Oliver Tušla
    Nov 22 at 18:44











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1 Answer
1






active

oldest

votes








1 Answer
1






active

oldest

votes









active

oldest

votes






active

oldest

votes








up vote
1
down vote



accepted










Hint:



To shift any function $f$ horizontally, all you need to do is to replace $x$ by $xpm c$ where c is the distance of the shift and the sign $pm$ indicates the direction of the shift.






share|cite|improve this answer





















  • Yes, you are right. After a lot of fiddling, it turned out I misplaced parentheses when graphing the absolute value.
    – Oliver Tušla
    Nov 22 at 18:44















up vote
1
down vote



accepted










Hint:



To shift any function $f$ horizontally, all you need to do is to replace $x$ by $xpm c$ where c is the distance of the shift and the sign $pm$ indicates the direction of the shift.






share|cite|improve this answer





















  • Yes, you are right. After a lot of fiddling, it turned out I misplaced parentheses when graphing the absolute value.
    – Oliver Tušla
    Nov 22 at 18:44













up vote
1
down vote



accepted







up vote
1
down vote



accepted






Hint:



To shift any function $f$ horizontally, all you need to do is to replace $x$ by $xpm c$ where c is the distance of the shift and the sign $pm$ indicates the direction of the shift.






share|cite|improve this answer












Hint:



To shift any function $f$ horizontally, all you need to do is to replace $x$ by $xpm c$ where c is the distance of the shift and the sign $pm$ indicates the direction of the shift.







share|cite|improve this answer












share|cite|improve this answer



share|cite|improve this answer










answered Nov 22 at 17:43









hamza boulahia

964319




964319












  • Yes, you are right. After a lot of fiddling, it turned out I misplaced parentheses when graphing the absolute value.
    – Oliver Tušla
    Nov 22 at 18:44


















  • Yes, you are right. After a lot of fiddling, it turned out I misplaced parentheses when graphing the absolute value.
    – Oliver Tušla
    Nov 22 at 18:44
















Yes, you are right. After a lot of fiddling, it turned out I misplaced parentheses when graphing the absolute value.
– Oliver Tušla
Nov 22 at 18:44




Yes, you are right. After a lot of fiddling, it turned out I misplaced parentheses when graphing the absolute value.
– Oliver Tušla
Nov 22 at 18:44


















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