Bound the y values to anything you like, but to keep consistent with cosine and sine you may want to bound them between -1 and 1.
Bound the x values between -180 and 180 (if you're working in degrees) or however quickly you think people will get the point. Every 90 degrees draw a x^3 style line and draw dotted lines to symbolise the asymptotes.
Wiki User
∙ 13y agoYes, that is a shifted tanX graph, just as you would shift any graft.
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That line is [ y = 2 cos(2x) ].
Yes, that is a shifted tanX graph, just as you would shift any graft.
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y = 2*tan(2x) is an equation in two variable. There can be no answer. While x can be made the subject of the formula, that is not an *answer*.
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That line is [ y = 2 cos(2x) ].
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The derivative of a function is the function's tangent function.So, d(y)/dx = d(2tan(2x))/dx = 2*d(tan(2x))/dx = 2*d(tan(u))/du*du/dx, where u=2x, = 2*sec2(2x)*d(2x)/dx = 4*sec2(2x)*d(x)/dx = 4*sec2(2x)Now just make a plot for y = 4*sec2(2x) and you got your tangent function.
No.