Can someone please explain how to graph the function y=tan(x-pi/6). I am confused with the phase shift involving pi.
because the x term has a coefficient of 1, you are shifting all of tan(x) pi/6 units to the right
In general, if you have y = A*tan(Bx-C) + D the phase shift is C/B and that tells you how to shift the graph right or left
So at what points would the starting and ending values of this tan graph be?
not sure what you mean
the graph of tan(x) goes on forever in both directions along the x axis
I guess a better way to phrase the question is at what points would the asymptotes be for this graph?
well the asymptotes for tan(x) are at x = (pi/2)*n where n is any integer
this is because tan(x) = sin(x)/cos(x) and cos(x) = 0 when x = (pi/2)*n (n is any integer)
so you would shift everything over (including the asymptotes) pi/6 units to the right to get y=tan(x-pi/6).
Okay I drew it out and I understand it now : )
ok that's great
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