Assertion: ellipse | /r/HasProperty | closed curve
Facets:
value: in a plane
type: LOCATION
Source sentences:
text: Ellipse, a closed curve, the intersection of a right circular cone (see cone) and a plane that is not parallel to the base, the axis, or an element of the cone.
text: An oval (from Latin ovum, "egg") is a closed curve in a plane which "loosely" resembles the outline of an egg.
text: Since an ellipse does not extend infinitely and is a closed shape, it does not have asymptotes.
text: The Ellipse is the conic section that is closed and formed by the intersection of a cone by plane.
text: An ellipse is a closed plane curve such that the sum of the distances from any point of the curve to two other fixed points (called the foci of the ellipse ) is constant.
text: An ellipse is also a closed curved shape that is flat.
text: An ellipse is a closed-plane curve that results from the intersection of a plane cutting through a cone.
text: Ellipse is a closed conic section shaped like a flattened circle and formed by an inclined plane that does not cut the base of the cone.
text: As we know, an ellipse is a closed-shape structure in a two-dimensional plane.
text: An ellipse is a closed curve that never made it around to a circle.
text: • Both ellipses and hyperbola are conic sections, but the ellipse is a closed curve while the hyperbola consists of two open curves.
text: An ellipse is a closed curve, the intersection of a right circular cone and a plane that is not parallel to the base, the axis, or an element of the cone.
text: The ellipse is a closed curve and is symmetric about the centre.
text: An oval (from Latin ovum, "egg") is a closed curve in a plane which "loosely" resembles the outline of an egg.
text: An oval (from Latin ovum, "egg") is a closed curve in a plane which resembles the outline of an egg.
text: Since an ellipse does not extend infinitely and is a closed shape, it does not have asymptotes.