No it is not. An "Ellispe" is not even a recognised word!. In any case, a polygon is a plane space enclosed by straight lines. An ellipse consists of a curved line, not straight lines.
Triangle, quadrilateral, pentagon, hexagon, (or polygon, in general), circle, ellipse, are some names.
A circle, an ellipse, any polygon whose vertices are rounded (like some coins 50p in UK, 10 paisa in India, for example).
A circle, an ellipse, a triange, any regular polygon with an odd number of sides, a general (ie not a special case) quadrilateral, are some examples
If the area is that of a circle or a regular polygon (triangle, square, reg pentagon etc) there are formulae that will enable you to do so. If it is any other shape - ellipse, irregular polygon, or worse still a random shape - then the area cannot be found.
No, polygons are made of straight, non-overlapping sides. An ellipse has curves.
The answer is a kite because a kite has equal sides!
No it is not. An "Ellispe" is not even a recognised word!. In any case, a polygon is a plane space enclosed by straight lines. An ellipse consists of a curved line, not straight lines.
Any closed figure that is not entirely composed of straight sides, such as an ellipse or a circle.
Oh, dude, an oval has an infinite number of angles if you really think about it. But if you want to get technical, an oval technically has zero angles because it's a curved shape, not a polygon with straight sides. So, like, it's a trick question, man.
A shape can have one side, as in a circle or an ellipse; and there are no limits to the maximum number of sides a polygon can have.
Triangle, quadrilateral, pentagon, hexagon, (or polygon, in general), circle, ellipse, are some names.
Any shape you like - a circle, ellipse, triangle, quadrilateral, polygon with n sides, irregular shapes.
There are many shapes: Any regular polygon. An irregular polygon with an even number of sides in which the opposite sides and angles are equal. An irregular polygon with 3n sides where every third side is equal and every third angle is equal. and so on. A circle, ellipse, disc, oval
A circle, semicircle, segments or sectors of circle, ellipse, segments or sectors of ellipses, cardiods, closed convex wriggly shapes.
No. Both foci are always inside the ellipse, otherwise you don't have an ellipse.
No. Both foci are always inside the ellipse, otherwise you don't have an ellipse.