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Angle of elliptical sector



The Next CEO of Stack OverflowNormal to Ellipse and Angle at Major AxisFinding the angle of a sectorFinding the eccentricity/focus/directrix of ellipses and hyperbolas under some rotationGiven area of sector and a starting angle from focus of an ellipse, finding angle needed to get area.Angle arising from circle rolling along an ellipseStart and end point of a rotated ellipseCreate Ellipse From Eccentricity And Semi-Minor AxisFind the Area of an Ellipse Given Shortest Distance and Longest Distance from a certain Focus to Circumference?Finding points on ellipse given point on another ellipse in 3 dimensionsHow to calculate the distance travelled by a car in an elliptical track after a certain time given its angular speed










0












$begingroup$


Is there any way to calculate angle of elliptical sector? I created the following diagram of an ellipse. I know all of the following information (in blue in the diagram):




  • $c$ (circuit),


  • $e$ (eccentricity),


  • $a$ (semi-major axis),


  • $b$ (semi-minor axis),


  • $alpha$ (angle between start of arc and semi-major axis),


  • $s_1$ (distance of one edge of arc from center)


  • $s_2$ (size of arc),


  • $S$ (area of sector)

Ellipse



I would like to calculate $varphi$ (angle of sector) from this information. Is this possible?










share|cite|improve this question











$endgroup$











  • $begingroup$
    You will need to invert the incomplete elliptic integral of the second kind.
    $endgroup$
    – user
    Mar 18 at 23:04















0












$begingroup$


Is there any way to calculate angle of elliptical sector? I created the following diagram of an ellipse. I know all of the following information (in blue in the diagram):




  • $c$ (circuit),


  • $e$ (eccentricity),


  • $a$ (semi-major axis),


  • $b$ (semi-minor axis),


  • $alpha$ (angle between start of arc and semi-major axis),


  • $s_1$ (distance of one edge of arc from center)


  • $s_2$ (size of arc),


  • $S$ (area of sector)

Ellipse



I would like to calculate $varphi$ (angle of sector) from this information. Is this possible?










share|cite|improve this question











$endgroup$











  • $begingroup$
    You will need to invert the incomplete elliptic integral of the second kind.
    $endgroup$
    – user
    Mar 18 at 23:04













0












0








0





$begingroup$


Is there any way to calculate angle of elliptical sector? I created the following diagram of an ellipse. I know all of the following information (in blue in the diagram):




  • $c$ (circuit),


  • $e$ (eccentricity),


  • $a$ (semi-major axis),


  • $b$ (semi-minor axis),


  • $alpha$ (angle between start of arc and semi-major axis),


  • $s_1$ (distance of one edge of arc from center)


  • $s_2$ (size of arc),


  • $S$ (area of sector)

Ellipse



I would like to calculate $varphi$ (angle of sector) from this information. Is this possible?










share|cite|improve this question











$endgroup$




Is there any way to calculate angle of elliptical sector? I created the following diagram of an ellipse. I know all of the following information (in blue in the diagram):




  • $c$ (circuit),


  • $e$ (eccentricity),


  • $a$ (semi-major axis),


  • $b$ (semi-minor axis),


  • $alpha$ (angle between start of arc and semi-major axis),


  • $s_1$ (distance of one edge of arc from center)


  • $s_2$ (size of arc),


  • $S$ (area of sector)

Ellipse



I would like to calculate $varphi$ (angle of sector) from this information. Is this possible?







geometry conic-sections






share|cite|improve this question















share|cite|improve this question













share|cite|improve this question




share|cite|improve this question








edited Mar 18 at 22:44







Michal

















asked Mar 18 at 21:15









MichalMichal

6




6











  • $begingroup$
    You will need to invert the incomplete elliptic integral of the second kind.
    $endgroup$
    – user
    Mar 18 at 23:04
















  • $begingroup$
    You will need to invert the incomplete elliptic integral of the second kind.
    $endgroup$
    – user
    Mar 18 at 23:04















$begingroup$
You will need to invert the incomplete elliptic integral of the second kind.
$endgroup$
– user
Mar 18 at 23:04




$begingroup$
You will need to invert the incomplete elliptic integral of the second kind.
$endgroup$
– user
Mar 18 at 23:04










0






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