List questions from parametric

Published on 24 Dec 2018 - 13:41

1.2k

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What does it mean by "the consecutive points marked on the curve appear at equal time intervals but not at equal distances"?

Published on 26 Dec 2018 - 14:52

46

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Angle of ellipse's long axis and abscisa

Published on 28 Dec 2018 - 8:56

92

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Tough integral from a falling clock. $\int_0^{2\pi} \sqrt{g^2t^2 + 2rgt\sin(t) + r^2} {\rm d}t$

Published on 25 Mar 2026 - 7:45

676

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Find the exact length of the parametric curve: $x={e^t}+{e^{-t}}, y=5-2t,0\le t \le 3$.

Published on 30 Dec 2018 - 13:19

3.2k

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Finding parametric equations of the tangent line to a curve of intersection

Published on 30 Dec 2018 - 21:56

523

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$r = y\cos(\theta) - x\sin(\theta) $ derivation for Hough Transform

Published on 06 Jan 2019 - 17:09

493

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Second derivative of parametric equations

Published on 06 Jan 2019 - 17:49

23

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Explanation on the steps of this total arc-length solution

Published on 25 Mar 2026 - 7:43

91

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Finding the graph defined by $x = \sin \theta$ and $y = 3 - 2\cos(2\theta)$

Published on 11 Jan 2019 - 2:56

40

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Line Integral Work Done

Published on 25 Mar 2026 - 23:34

63

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What is the difference between the following definitions of Vector Functions and Parametric Curves?

Published on 25 Mar 2026 - 14:22

40

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How are the steps to the solution for Arc - Length obtained?

Published on 25 Mar 2026 - 7:41

2.2k

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parametrize the boundary of a region

Published on 26 Mar 2026 - 9:42

721

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Solving the Euler-Lagrange equation for the brachistochrone problem with friction

Published on 25 Mar 2026 - 15:58

List Question

Trigonometric parametric system

What does it mean by "the consecutive points marked on the curve appear at equal time intervals but not at equal distances"?

Angle of ellipse's long axis and abscisa

Tough integral from a falling clock. $\int_0^{2\pi} \sqrt{g^2t^2 + 2rgt\sin(t) + r^2} {\rm d}t$

Find the exact length of the parametric curve: $x={e^t}+{e^{-t}}, y=5-2t,0\le t \le 3$.

Finding parametric equations of the tangent line to a curve of intersection

$r = y\cos(\theta) - x\sin(\theta) $ derivation for Hough Transform

Second derivative of parametric equations

Explanation on the steps of this total arc-length solution

Finding the graph defined by $x = \sin \theta$ and $y = 3 - 2\cos(2\theta)$

Line Integral Work Done

What is the difference between the following definitions of Vector Functions and Parametric Curves?

How are the steps to the solution for Arc - Length obtained?

parametrize the boundary of a region

Solving the Euler-Lagrange equation for the brachistochrone problem with friction

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