rectifiable Sentence Examples

  1. The path along the Möbius strip is rectifiable, meaning it can be subdivided into a sequence of line segments of finite total length.
  2. The curve formed by the intersection of a plane and a cylinder is rectifiable if the cylinder is sufficiently smooth.
  3. The integral of the absolute value of a rectifiable function is a measure of its total length.
  4. The rectifiable sets in the plane are those that can be covered by a countable union of rectangles.
  5. Any rectifiable curve can be approximated by a polygonal path of arbitrarily small length difference.
  6. The rectifiability of a curve depends on its regularity and freedom from sharp corners.
  7. In Riemannian geometry, the rectifiable curves are the curves of finite length.
  8. The rectifiable subsets of a topological space form a σ-algebra, called the Borel σ-algebra.
  9. The Hausdorff dimension of a rectifiable curve is equal to its topological dimension.
  10. The rectifiable sets are dense in the space of all bounded sets in Euclidean space.

rectifiable Meaning

Wordnet

rectifiable (a)

capable of being repaired or rectified

Webster

rectifiable (a.)

Capable of being rectified; as, a rectifiable mistake.

Admitting, as a curve, of the construction of a straight l//e equal in length to any definite portion of the curve.

FAQs About the word rectifiable

capable of being repaired or rectifiedCapable of being rectified; as, a rectifiable mistake., Admitting, as a curve, of the construction of a straight l//e equa

correctable, repairable, fixable, reparable, salvageable, remediable, repentant, remorseful, sorry,salvable

incorrigible, hopeless, unredeemable, irredeemable, irrecoverable, irreparable, unrecoverable, unredeemable, irreversible, irredeemable

The path along the Möbius strip is rectifiable, meaning it can be subdivided into a sequence of line segments of finite total length.

The curve formed by the intersection of a plane and a cylinder is rectifiable if the cylinder is sufficiently smooth.

The integral of the absolute value of a rectifiable function is a measure of its total length.

The rectifiable sets in the plane are those that can be covered by a countable union of rectangles.