invariant (Meaning)

Wordnet

invariant (n)

a feature (quantity or property or function) that remains unchanged when a particular transformation is applied to it

Wordnet

invariant (s)

unaffected by a designated operation or transformation

unvarying in nature

Webster

invariant (n.)

An invariable quantity; specifically, a function of the coefficients of one or more forms, which remains unaltered, when these undergo suitable linear transformations.

invariant Sentence Examples

  1. In physics, the speed of light is an invariant constant in a vacuum.
  2. The scientist discovered an invariant relationship between temperature and pressure in the experiment.
  3. The laws of thermodynamics describe several invariant principles governing energy transfer.
  4. The mathematician established an invariant property of the equation, regardless of the variables used.
  5. The researcher identified an invariant pattern in the data that held true across different conditions.
  6. In computer programming, an invariant loop ensures that certain conditions remain constant.
  7. The architect designed the building with an invariant symmetry that was visually appealing.
  8. The invariant nature of certain physical laws provides a foundation for scientific inquiry.
  9. The engineer developed an algorithm with invariant parameters to optimize performance.
  10. Philosophers debate whether moral principles are invariant or vary depending on cultural context.

FAQs About the word invariant

a feature (quantity or property or function) that remains unchanged when a particular transformation is applied to it, unaffected by a designated operation or t

uniform, steady,unchanging, unchangeable, invariable, even,unvarying, undeviating, fixed, immutable

unsteady, varying, changing, nonuniform, varying,changing, unsteady, nonuniform, deviating,deviating

In physics, the speed of light is an invariant constant in a vacuum.

The scientist discovered an invariant relationship between temperature and pressure in the experiment.

The laws of thermodynamics describe several invariant principles governing energy transfer.

The mathematician established an invariant property of the equation, regardless of the variables used.