| Value | Position | |
|---|---|---|
| Position | 18 | 18 |
| Accepted meanings | 511 | 18 |
| Obtained votes | 2 | 56 |
| Votes by meaning | 0 | 5275 |
| Inquiries | 11779 | 20 |
| Queries by meaning | 23 | 5275 |
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"Statistics updated on 4/20/2024 3:09:02 PM"
The length of the side less than rectangle circumscribed by a polygon concave ordered divided into congruent Rhombus of shape three in fact ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to m by less than the congruent diamond diagonal length.
The length of the side of the diamond shape circumscribed to a polygon concave ordered divided into congruent rhomboid in shape three in fact ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to r by the length of the diagonal of the congruent rhomboid.
The length of the side under the rhomboid circumscribed to a polygon concave ordered divided into congruent rhomboid in shape three in fact ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to m by the congruent rhomboid minor diagonal length.
The length of the diagonal of congruent diamonds or the congruent rhomboids that divides a polygon data ordered concave ( m, ) m greater than n, n greater or equal to two, is equal to the length of the side than the congruent rectangles or the congruent rhomboids that divides a square and a rhombus of order ( m, r ) m greater than r, r greater than or equal to two, respectively, and through them, mentally assumes that the ordered concave polygons were built.
The length of the diagonal menorr of congruent diamonds or the congruent rhomboids that divides a polygon data ordered concave ( m, ) m greater than n, n greater or equal to two, is equal to the length of the side less congruent rectangles or the congruent rhomboids that divides a square and a rhombus of order ( m, r ) m greater than r, r greater than or equal to two, respectively, and through them, mentally assumes that the ordered concave polygons were built.
The length of the diagonal of congruent squares or congruent rectangles of a polygon concave ordered data ( m, ) m greater than n, n greater or equal to two, is equal to the length of the sides of congruent squares or congruent rhombuses that divides a rectangle and a diamond shape of order ( m, r ) m greater than r, r greater than or equal to two, respectively, and through them, mentally assumes that the ordered concave polygons were built.
The length of the diagonal more congruent diamonds or the congruent rhomboids of a polygon concave ordered data ( m, ) m greater than n, n greater or equal to two, is equal to the length of the side than the congruent rectangles or the congruent rhomboid in which a rectangle is divided and a diamond shape of order ( m, r ) m greater than r, r greater than or equal to two, respectively, and through them, mentally assumes that the ordered concave polygons were built.
The length of the diagonal less congruent diamonds or the congruent a polygon data 40 ordered concave rhomboid; m, ) m greater than n, n greater or equal to two, is equal to the length of the side less congruent rectangles or the congruent rhomboid in which a rectangle is divided and a diamond shape of order ( m, r ) m greater than r, r greater than or equal to two, respectively, and through them, mentally assumes that the ordered concave polygons were built.
The length of the side of the diamond shape circumscribed to a polygon concave ordered which is divided into congruent rectangles of order ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to m by the length of the diagonal of the congruent rectangles.
The length of the side under the rhomboid circumscribed to a polygon concave ordered which is divided in fact congruent rectangles ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to r by the length of the diagonal of the congruent rectangles.
The length of the side of the rectangle circumscribed by a polygon concave ordered divided into congruent Rhombus in the way one data ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to m by the length of the diagonal of the congruent Rhombus.
The length of the side less than rectangle circumscribed by a polygon concave ordered divided into congruent Rhombus form one data ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to r by less than the congruent diamond diagonal length.
The length of the side of the diamond shape circumscribed to a polygon concave ordered divided at rhomboid congruent of the form one data ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to m by the length of the diagonal of the congruent rhomboid.
The length of the side under the rhomboid circumscribed to a polygon concave ordered divided at rhomboid congruent of the form one data ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to r by the congruent rhomboid minor diagonal length.
The length of the side of the rectangle circumscribed by a polygon concave ordered divided into 40 data form two congruent Rhombus; m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to m by less than the congruent diamond diagonal length.
The length of the side less than rectangle circumscribed by a polygon concave ordered divided into 40 data form two congruent Rhombus; m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to r by the length of the diagonal of the congruent Rhombus.
The length of the side of the diamond shape circumscribed to a polygon concave ordered divided at rhomboid congruent of the two way data ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to m by the congruent rhomboid minor diagonal length.
The length of the side under the rhomboid circumscribed to a polygon concave ordered divided at rhomboid congruent of the two way data ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to r by the length of the diagonal of the congruent rhomboid.
All polygon concave ordered full divided in fact congruent squares ( m, r, 2 ) greater than r m r greater than two, is separated into a rectangle divided into congruent square and a square divided into congruent squares of order ( m, r-1 ) and ( m-1, r ) respectively, if and only if m and r are consecutive numbers.
