Sentence examples for properties of a physical from inspiring English sources

Generally speaking, tensors are used in physics and differential geometry for characterizing the properties of a physical system, representing fundamental laws of physics, and defining geometrical objects whose components are functions.

The properties of a physical system have a strong dependence on the number of dimensionsd.

The central puzzle of speech perception is that there is no obvious direct, consistent correspondence between the surface properties of a physical acoustic signal and the phonemes perceived when listening to speech.

Extending this idea, a perspectival modal interpretation (PMI, Bene and Dieks 2002) was developed, in which the properties of a physical system have a relational character and are defined with respect to another physical system that serves as a "reference system" (see Bene 1997).

As, to our knowledge, this is the first study to assess the measurement properties of a physical activity questionnaire in patients after THA, we are unable to compare our results to studies in a similar population.

In comparison, Hume et al. [ 8] and McMinn et al. [ 45] explored the psychometric properties of a physical environment scale and concluded that multiple dimensions of the physical environment (e.g. safety, aesthetics, access to facilities, availability of equipment) should be explored when investigating the factors that influence physical activity.

The charge on the electron is a fundamental property of a physical particle; it is the smallest unit of electric charge found free in nature.

Equilibrium is a state in which no net change in some given property of a physical system is observable; e.g., in a chemical reaction, no change takes place in the concentrations of reactants and products, although the Dutch chemist J.H. van't Hoff had already recognized that this condition results from the equality of the forward and backward rates of a reversible reaction.

Traditionally, physical quantity is often used to measure the property of a physical object.

While this is a device that returns a property of a physical model, it is advertised as a computer.

Suppose a linear differential operator ( {mathbf{O}} ) describes the dynamic property of a physical system and appropriate interface and boundary conditions relate the field quantities of specified problems.