List questions from parametric

Published on 20 Dec 2020 - 11:11

35

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how can calculate discrete value of $sinc^2x$

Published on 03 Apr 2026 - 21:15

161

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Solutions of a linear system of equations with parameters, using matrices

Published on 22 Dec 2020 - 10:25

410

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The parametric representation of a line

Published on 23 Dec 2020 - 21:02

47

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I don't imagine how to make a cartesian equation of the parametric one: $x=2 \sin (t), y=-\frac{4\cos (t)^2 (2 + 1.3\cos(t))}{3 + \sin (t)^2}$

Published on 24 Dec 2020 - 12:47

291

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Limit of square root

Published on 26 Dec 2020 - 23:23

37

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Non-parametric regression

Published on 04 Apr 2026 - 7:31

33

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Plotting graph given parametric form satisfying $x=f(t)$ and $y=-f(-t)$

Published on 29 Dec 2020 - 6:42

236

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Scale parameter definition

Published on 06 Apr 2026 - 1:37

189

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Parametric family of distributions that is closed under mixture

Published on 31 Dec 2020 - 8:29

454

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Web based app for differential geometry visualization

Published on 29 Mar 2026 - 15:51

54

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Is there a source/cookbook of equations that approximate geometric shapes?

Published on 28 Mar 2026 - 6:09

73

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How should I interpret these parametric equations of orbit?

Published on 05 Jan 2021 - 15:44

641

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Can every continuous curve (or surface) be parametrised?

Published on 06 Jan 2021 - 8:35

105

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Why the point of tangency is lower than the point where the line crosses OY

Published on 08 Jan 2021 - 18:17

List Question

Cannot Solve Tangent Plane Equation to Parametric Surface

how can calculate discrete value of $sinc^2x$

Solutions of a linear system of equations with parameters, using matrices

The parametric representation of a line

I don't imagine how to make a cartesian equation of the parametric one: $x=2 \sin (t), y=-\frac{4\cos (t)^2 (2 + 1.3\cos(t))}{3 + \sin (t)^2}$

Limit of square root

Non-parametric regression

Plotting graph given parametric form satisfying $x=f(t)$ and $y=-f(-t)$

Scale parameter definition

Parametric family of distributions that is closed under mixture

Web based app for differential geometry visualization

Is there a source/cookbook of equations that approximate geometric shapes?

How should I interpret these parametric equations of orbit?

Can every continuous curve (or surface) be parametrised?

Why the point of tangency is lower than the point where the line crosses OY

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