how to obtain peripheral recangle of arbitrary ellipse?
0
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Suppose have arbitrary ellipse with center $(x,y)$ and its radius $(a,b)$. I want obtain rectangle that sides tangent of peripheral ellipse. the below image describe issue :
geometry euclidean-geometry
edited Jan 19 at 5:30
dantopa
6,46942243
asked Jan 19 at 5:17
ali kianiali kiani
1013
$endgroup$
|
show 1 more comment
0
$begingroup$
Suppose have arbitrary ellipse with center $(x,y)$ and its radius $(a,b)$. I want obtain rectangle that sides tangent of peripheral ellipse. the below image describe issue :
geometry euclidean-geometry
edited Jan 19 at 5:30
dantopa
6,46942243
asked Jan 19 at 5:17
ali kianiali kiani
1013
$endgroup$
$begingroup$
Welcome to Mathematics Stack Exchange! Take the short tour to see how how to get the most from your time here. For typesetting equations we use MathJax.
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– dantopa
Jan 19 at 5:29
2
$begingroup$
Related: "The locus of two perpendicular tangents to a given ellipse".
$endgroup$
– Blue
Jan 19 at 5:37
$begingroup$
Also: Search Math.SE for "ellipse director" to find numerous questions and answers related to an ellipse's "director circle" (the locus of points where two perpendicular tangents meet).
$endgroup$
– Blue
Jan 19 at 7:17
1
$begingroup$
See another answer of mine here.
$endgroup$
– Ng Chung Tak
Jan 19 at 9:12
$begingroup$
please give me more explanation to find my unknown values specified in image.
$endgroup$
– ali kiani
Jan 19 at 14:59
|
show 1 more comment
0
0
0
$begingroup$
Suppose have arbitrary ellipse with center $(x,y)$ and its radius $(a,b)$. I want obtain rectangle that sides tangent of peripheral ellipse. the below image describe issue :
geometry euclidean-geometry
edited Jan 19 at 5:30
dantopa
6,46942243
asked Jan 19 at 5:17
ali kianiali kiani
1013
$endgroup$
Suppose have arbitrary ellipse with center $(x,y)$ and its radius $(a,b)$. I want obtain rectangle that sides tangent of peripheral ellipse. the below image describe issue :
geometry euclidean-geometry
geometry euclidean-geometry
edited Jan 19 at 5:30
dantopa
6,46942243
asked Jan 19 at 5:17
ali kianiali kiani
1013
edited Jan 19 at 5:30
dantopa
6,46942243
asked Jan 19 at 5:17
ali kianiali kiani
1013
edited Jan 19 at 5:30
dantopa
6,46942243
edited Jan 19 at 5:30
dantopa
6,46942243
edited Jan 19 at 5:30
dantopa
6,46942243
6,46942243
asked Jan 19 at 5:17
ali kianiali kiani
1013
asked Jan 19 at 5:17
ali kianiali kiani
1013
asked Jan 19 at 5:17
ali kianiali kiani
1013
1013
$begingroup$
Welcome to Mathematics Stack Exchange! Take the short tour to see how how to get the most from your time here. For typesetting equations we use MathJax.
$endgroup$
– dantopa
Jan 19 at 5:29
2
$begingroup$
Related: "The locus of two perpendicular tangents to a given ellipse".
$endgroup$
– Blue
Jan 19 at 5:37
$begingroup$
Also: Search Math.SE for "ellipse director" to find numerous questions and answers related to an ellipse's "director circle" (the locus of points where two perpendicular tangents meet).
$endgroup$
– Blue
Jan 19 at 7:17
1
$begingroup$
See another answer of mine here.
$endgroup$
– Ng Chung Tak
Jan 19 at 9:12
$begingroup$
please give me more explanation to find my unknown values specified in image.
$endgroup$
– ali kiani
Jan 19 at 14:59
|
show 1 more comment
$begingroup$
Welcome to Mathematics Stack Exchange! Take the short tour to see how how to get the most from your time here. For typesetting equations we use MathJax.
$endgroup$
– dantopa
Jan 19 at 5:29
2
$begingroup$
Related: "The locus of two perpendicular tangents to a given ellipse".
$endgroup$
– Blue
Jan 19 at 5:37
$begingroup$
Also: Search Math.SE for "ellipse director" to find numerous questions and answers related to an ellipse's "director circle" (the locus of points where two perpendicular tangents meet).
$endgroup$
– Blue
Jan 19 at 7:17
1
$begingroup$
See another answer of mine here.
$endgroup$
– Ng Chung Tak
Jan 19 at 9:12
$begingroup$
please give me more explanation to find my unknown values specified in image.
$endgroup$
– ali kiani
Jan 19 at 14:59
$begingroup$
Welcome to Mathematics Stack Exchange! Take the short tour to see how how to get the most from your time here. For typesetting equations we use MathJax.
$endgroup$
– dantopa
Jan 19 at 5:29
$begingroup$
Welcome to Mathematics Stack Exchange! Take the short tour to see how how to get the most from your time here. For typesetting equations we use MathJax.
$endgroup$
– dantopa
Jan 19 at 5:29
2
2
$begingroup$
Related: "The locus of two perpendicular tangents to a given ellipse".
$endgroup$
– Blue
Jan 19 at 5:37
$begingroup$
Related: "The locus of two perpendicular tangents to a given ellipse".
$endgroup$
– Blue
Jan 19 at 5:37
$begingroup$
Also: Search Math.SE for "ellipse director" to find numerous questions and answers related to an ellipse's "director circle" (the locus of points where two perpendicular tangents meet).
$endgroup$
– Blue
Jan 19 at 7:17
$begingroup$
Also: Search Math.SE for "ellipse director" to find numerous questions and answers related to an ellipse's "director circle" (the locus of points where two perpendicular tangents meet).
$endgroup$
– Blue
Jan 19 at 7:17
1
1
$begingroup$
See another answer of mine here.
$endgroup$
– Ng Chung Tak
Jan 19 at 9:12
$begingroup$
See another answer of mine here.
$endgroup$
– Ng Chung Tak
Jan 19 at 9:12
$begingroup$
please give me more explanation to find my unknown values specified in image.
$endgroup$
– ali kiani
Jan 19 at 14:59
$begingroup$
please give me more explanation to find my unknown values specified in image.
$endgroup$
– ali kiani
Jan 19 at 14:59
|
show 1 more comment
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$begingroup$
Welcome to Mathematics Stack Exchange! Take the short tour to see how how to get the most from your time here. For typesetting equations we use MathJax.
$endgroup$
– dantopa
Jan 19 at 5:29
2
$begingroup$
Related: "The locus of two perpendicular tangents to a given ellipse".
$endgroup$
– Blue
Jan 19 at 5:37
$begingroup$
Also: Search Math.SE for "ellipse director" to find numerous questions and answers related to an ellipse's "director circle" (the locus of points where two perpendicular tangents meet).
$endgroup$
– Blue
Jan 19 at 7:17
1
$begingroup$
See another answer of mine here.
$endgroup$
– Ng Chung Tak
Jan 19 at 9:12
$begingroup$
please give me more explanation to find my unknown values specified in image.
$endgroup$
– ali kiani
Jan 19 at 14:59