Welke functie heeft twee asymptoten die elkaar snijden in het punt (3,5) ? | A. \(\large\boldsymbol{f_1(x)=\frac {5x} {x\,-\,3} }\) |
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B. \(\large\boldsymbol{f_2(x)=\frac {3x} {x\,-\,5} }\) | |
C. \(\large\boldsymbol{f_3(x)=\frac {x\,-\,5} {x\,-\,3} }\) | |
D. \(\large\boldsymbol{f_4(x)=\frac {1} {(x\,-\,3)(5\,-\,x)} }\) | |
E. \(\large\boldsymbol{f_5(x)=\frac {x\,+\,5} {x\,-\,3} }\) |
[ 5-4564 - op net sinds 4.1.13-()-30.10.2023 ]
Which function has two asymptotes, intersecting each other at (3,5) ? | A. \(\boldsymbol{f_1(x)=\frac {5x} {x\,-\,3} }\) |
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B. \(\boldsymbol{f_2(x)=\frac {3x} {x\,-\,5} }\) | |
C. \(\boldsymbol{f_3(x)=\frac {x\,-\,5} {x\,-\,3} }\) | |
D. \(\boldsymbol{f_4(x)=\frac {1} {(x\,-\,3)(5\,-\,x)} }\) | |
E. \(\boldsymbol{f_5(x)=\frac {x\,+\,5} {x\,-\,3} }\) |