In this video I go over another example on graphing parametric equations and this time look at the equations x = sin(t) and y = sin^2(t). The first thing to notice when looking at these parametric equations is that y = x^2 which is a simple parabola. But the domain and range of the parametric equations must also be taken into account when sketching the curve. Although the shape is a parabola we must look at the nature of the parametric equations to see how the path is traced along the curve. Since the parametric equations are trigonometric functions, they fluctuate periodically. Thus the path traced is a parabola but that moves back and forth along it an infinite amount of times.
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View Video Notes on Steemit: https://steemit.com/mathematics/@mes/parametric-curves-example-4
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I don't always graph parametric curves but when I do the path traced is infinitely times around a parabola ;)
View Video Notes: https://steemit.com/mathematics/@mes/parametric-curves-example-4
Very interesting .. easy to understand because it is supported by video .. good luck
good post, I like your post ..
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