Difference between Asymmetrical and Noninterchangeable

ASYMMETRICAL vs NONINTERCHANGEABLE: ADJECTIVE

Presenting a false dilemma, or a choice between two things which are not opposites.
Not symmetrical.
Characterized by asymmetry in the spatial arrangement or placement of parts or components
Irregular in shape or outline

That cannot be interchanged with another
Not able to be substituted for each other; -- of objects, such as parts of machinery
Not able to be interchanged without changing the truth value.
Such that the terms of an expression cannot be interchanged without changing the meaning

In mathematics, not having commensurability; incommensurable. Inharmonious; not reconcilable.
Not symmetrical; unsymmetrical.
In the terminology of Herbert Spencer, entirely destitute of approximation toward symmetry, and thus distinguished from unsymmetrical.

Uneven, Unequal, Imbalanced, Unbalanced, Symmetric, Symmetrical, Unsymmetric, One sided, Ill proportioned, Noninterchangeable, Crooked, Lopsided, Irregular, Unsymmetrical, Asymmetric

Dissymmetrical, Affine geometry, Categorematic, Mathematical, Projective geometry, Integral calculus, Logical system, Formal language, Propositional logic, Multiplicative inverse, Formal logic, Symbolic logic, Mathematical logic, Asymmetrical, Asymmetric

Uneven, Unequal, Imbalanced, Unbalanced, Symmetric, Symmetrical, Unsymmetric, One sided, Noninterchangeable, Ill proportioned, Crooked, Lopsided, Irregular, Unsymmetrical, Asymmetric

Dissymmetrical, Affine geometry, Categorematic, Mathematical, Projective geometry, Integral calculus, Logical system, Formal language, Propositional logic, Multiplicative inverse, Formal logic, Symbolic logic, Mathematical logic, Asymmetrical, Asymmetric

This model assumes asymmetrical mobility of production factors.
The threads on particle board screws are asymmetrical.
Asymmetrical Lacing Design and the Discrete Eyestay Construction.
My breasts are asymmetrical and I love them!
Design Lab collection, particularly a certain asymmetrical dress.
Granule shapes include symmetrical spheres, asymmetrical spheres, symmetrical disks and asymmetrical disks.
Whereas the fastest vertebrate gaits are asymmetrical, arthropods cannot have asymmetrical gaits, because the movements of the legs would interfere with each other.
Benefits of Asymmetrical Tires: Asymmetrical tires are designed with vehicle performance in mind and are commonly found on sports cars.
New Asymmetrical blocks: foot walkways on asymmetrical blocks accommodate pedestrians without overflow into transit ways.
New Asymmetrical block design on a subset of the original asymmetrical blocks.