A Little About Parametrics for Conics
Ellipses
We know that the standard form for this conic section is (x^2)/a +(y^2)/b = 1
The parametric equation for an ellipse is x = a * cos (t)
y = b * sin (t)
Hyberbolas
We know that the standard form for this conic section is (x^2)/a - (y^2)/b = 1
The parametric equation for an hyperbola is
y = a * sec (t)
x = b * tan (t)
*the y values and x values will vary according to what axis the hyperbola is on
Parabola
The parametric equation for the parabola is
x = t^2/4p
y = t
The standard equation for the parabola is x^2 = 4py and y^2 = 4px
* Make sure to set the mode of the TI-89 to Parametric
We know that the standard form for this conic section is (x^2)/a +(y^2)/b = 1
The parametric equation for an ellipse is x = a * cos (t)
y = b * sin (t)
Hyberbolas
We know that the standard form for this conic section is (x^2)/a - (y^2)/b = 1
The parametric equation for an hyperbola is
y = a * sec (t)
x = b * tan (t)
*the y values and x values will vary according to what axis the hyperbola is on
Parabola
The parametric equation for the parabola is
x = t^2/4p
y = t
The standard equation for the parabola is x^2 = 4py and y^2 = 4px
* Make sure to set the mode of the TI-89 to Parametric
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