John S.

asked • 03/12/20

how to get the equation of a graph that is morphed

If i had a graph that was y = e^x until one point

then after that point it got steeper than the first y =e^x , lets say it was a y = e^3x

then it changed again into maybe a downwards y = e^x


i know you can write it as y = / e^x when x is something

e^3x when x is something else

etc...


but you cant really specalute about figures above the graph

if i wanted to speculate about what the ffgure for y would be after x is a value that hasnt been graphed

how i can make it repeat itself and turn it into a general equation

so that if the graph did repeat like it has on the graph , i can put in any x value and get a y value that would be accurate

Heather P.

tutor
Is there a way for you to upload a picture?
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03/21/20

Touba M.

tutor
what is exactly your question ? e^x , e^2x , e^3x ... always through of point (0,1) by choosing any x you can graph all function. on the other word graph is approaching to y-axis
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03/25/20

Stanton D.

Is your conception of a function that is piecewise alternating between let us say y=ae^x and y=be^3x behavior stretches, and continues to do that regularly indefinitely? Sure, you could have such a function. But those values of a and b that would enable the segments to meet for one A,B section would be quite different for the next A,B section, and dependent on the values of a1, b1, and the interval lengths A1, B1. That being said, IF you successfully figure the mapping as an (rx,ry) scale factor, the function does map onto itself. Bear in mind however, that the (rx,ry) scale factor has been applied some number of times, as you "look" at your "reduced" representation! Just a word of advice, if you are thinking of traversing functions out to far reaches of the Cartesian Galaxy: Your results may be much nicer for contemplation and manipulation as logarithms of the raw data, not the raw data themselves.
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03/27/20

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