| Value | Position | |
|---|---|---|
| Position | 18 | 18 |
| Accepted meanings | 511 | 18 |
| Obtained votes | 2 | 56 |
| Votes by meaning | 0 | 5275 |
| Inquiries | 11867 | 20 |
| Queries by meaning | 23 | 5275 |
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"Statistics updated on 5/7/2024 12:41:53 AM"
Indicator base b ''. It is a side parallel to the main indicator and joining the extreme opposite points of the secondary indicators, has a length and a b value equal to 1,2,3...b times the length of the sides of the broken lines, if and only if, the orderly concave polygon is divided into squares or diamonds in congruent, and if the ordered concave polygon is divided into rectangles or congruent rhomboid , then the value b is equal to 1,2,3...b times of the two lengths of the sides of the broken lines.
Data of polygon concave ordered M.Son those that and grouped in a collection with infinite members, where each Member has infinite data ( b, m, n ) b greater than m, m greater than n, n greater or equal to one, where each data identifies a tidy concave polygon, and the components m and n are the same way as m and n of polygons arranged concave of data ( m, mm, n ) m more that n, n greater or equal to one.
Irregular hexagons ordered M6. Are those that are built starting from the polygons concave ordered of dato ( b, m, n ) b greater that m, m greater that n, n greater or equal to one, to the trace them sides intercept and is identified with the same data ( b, m, n ) are formed by two sides intercept and four sides indicator, are of the form equal one and two or of the position one and two if is built starting from polygons concave ordered of them forms earlier.
Trapezoids ordered M4. They are those that are constructed from irregular hexagons ordered data M6 ( b, m, n ) b greater than m, m greater than n, n greater or equal to one, extended sides intercept to its intersection with the prolongation of the ends of the display base, where the ordered trapezoids are identified with the same piece of information ( b, m, n ) and have two sides intercept one, a main indicator and a side indicator base one, are the same one and two or one and two positions, if they are constructed from irregular hexagons M6 of earlier forms.
Are polygons irregular convex that is built starting from polygons concave ordered to the trace segments of straight or sides intercept that intercepted them vertices outgoing of them lines broken, of such way that the polygons irregular ordered have: the same data; all the parallelograms congruent; the lines broken and the indicators of the polygon concave ordered from where is built.
Are those that is formed by the intersection of them sides intercept with them vertices outgoing of them lines that broken and the area of each one of them is it half of the area of them parallelograms congruent and of such way that them triangles is together in couples to treat them as parallelograms congruent.
Octagons irregular ordered H8. Are those that are built starting from the polygons concave ordered of dato ( m, m, n ) m greater that n, n greater or equal to one, and is identified with the same data ( m, m, n ) they have four sides intercept and four display sides, are shape like one and two, if they are built from polygons sorted concave of earlier forms.
Octagons irregular ordered G8. They are those that are constructed from polygons sorted concave of data ( m, r, n ) m more that r, r greater that n, n greater or equal that one, and is identified with the same data ( m, r, n ) have four sides intercept and four sides indicator, are of the form only one and two or of them forms one two and three, if is built starting from polygons concave ordered of them forms earlier.
Irregular hexagons ordered N6. Are those that are built starting from the polygons concave ordered of dato ( m, n, n ) m greater that n, n greater equal to two, and is identified with the same data ( m, n, n ) have two sides intercept and four sides indicator, are of the forms only one and two or of them forms one, two, three, if is built from polygons concave ordered of them forms earlier.
Polygons concave ordered M.Son those that are identified with the data ( b, m, n ) b greater that m, m greater that n, n greater or equal that one, and is built by a partition to the perform a court by the line union that une points ends opposite or points means opposite of indicators opposite of polygons concave ordered full of dato ( m, m, 1 ) m more that one and ( m, m, 2 ) m more that two respectively, are formed by two lines broken of equal number of side and four indicators, is divided in parallelograms congruent and are of the form equal one and two, if is built by a partition of polygons concave ordered full of them forms earlier.
The length of the side most of the parallelogram circumscribed to a polygon concave ordered of the form one of dato ( m, r, n ) m more that r, r greater that n, n greater or equal that one, is equal to m by the length of the diagonal more of them parallelograms congruent in that is divided the polygon concave ordered.
The length of the side less than the parallelogram circumscribed to a polygon concave ordered shape 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 length of the diagonal of less than the congruent parallelograms that splits the polygon concave ordered.
The length of the side of the parallelogram circumscribed to a polygon concave ordered two data form ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to m by the lesser of the congruent parallelograms diagonal length in which the ordered concave polygon is divided.
The length of the side of the parallelogram circumscribed to a polygon concave ordered two data form ( m, r, n ) m greater than r, r greater than n, n greater or equal to one, is equal to m by the lesser of the congruent parallelograms diagonal length in which the ordered concave polygon is divided.
The length of the side less than the parallelogram circumscribed to a polygon concave ordered two data form ( m, r, n ) m more that r, r greater that n, n greater or equal that one, is equal to r by the length of the diagonal more of them parallelograms congruent in which is divided the polygon concave ordered.
