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Yes, the only four-sided regular polygon is a square, because all of its angles and sides are congruent. This does not apply to a trapezoid, so it is irregular.
-- missing-- unseen-- not postedConvexEquiangularRegularEquilateralNone of the ones listed. Try invisible.
convex, equiangular, equilateral, regular. APEX****
A hexagon could be any of those, and more than one at the same time. If it's regular, then it's all the others except 'concave'. On the other hand, if it's concave, then it's not any of the others.
a quadrangle is a polygon that has 4angles. a quadrilateral has 4 sides. It's sort of hard to have more angles than sides so yeah it's basically the same thing. Sorry whoever answered that first, your grammar rules don't necessarily apply to math.
Yes, the only four-sided regular polygon is a square, because all of its angles and sides are congruent. This does not apply to a trapezoid, so it is irregular.
-- missing-- unseen-- not postedConvexEquiangularRegularEquilateralNone of the ones listed. Try invisible.
Three and polygon.
Well, I'd have to say...Polygon
it's not regular
Yes, "apply" is a regular verb. It follows the typical pattern for adding -ed to form its past tense (applied) and -ing to form its present participle (applying).
An equilateral triangle is a regular polygon because it has 3 equal sides and 3 equal 60 degree angles that add up to 180 degrees.
Apply yourself
It is C. Rhombus
It depends on the shape. Different conditions will apply for a circle, a polygon with n sides.
Apply it and monitor its purpose on a regular basis
An equilateral polygon is a polygon whose sides are all of the same measure. An equiangular polygon is a polygon whose angles are all of the same measure. A triangle is the only polygon where these two are effectively one and the same.. But it does not apply to polygons of 4 or more sides. A square and rhombus are equilateral but a rhombus is not equiangular. A square and rectangle are equiangular but a rectangle is not equilateral. This can be extended to all polygons with more than 4 sides but it is more difficult because they do not have distinctive names.