How to use in-sentence of “physical properties”:
– At nano scale physical properties of system or particles substantially change.
– The mathematical equations of quantum mechanics are abstract, which means it is impossible to know the exact physical properties of a particle for sure.
– This information can be found by mathematically manipulating the wave function to return real numberreal values relating to physical properties such as position, momentum, energy, etc.
– The effects of relative humidity on some physical properties of modern vellum: implications for the optimum relative humidity for the display and storage of parchment.
– Variables are also common in science, where they usually represent physical properties that do not stay the same.
Example sentences of “physical properties”:
– Later he made discoveries about infrared radiation and the physical properties of the air.
– A number of other physical properties are linked to crystallography.
– The physical properties of alkenes are comparable with those of alkanes.
– A major breakthrough in the understanding of materials occurred in the late 19th century, when the American scientist Josiah Willard Gibbs showed that the physical properties of a material were related to its atomic structure.
– Gram’s method stains bacteria according to the chemical and physical properties of their cell walls.
– The Astronomical spectroscopyspectroscopic measurements will find the physical properties of each star observed, their gravity and elemental composition.
- Later he made discoveries about infrared radiation and the physical properties of the air.
- A number of other physical properties are linked to crystallography.
– When a material corrodes, its physical properties change.
– The wave function can be in a number of different states at once, and so a particle may have many different positions, energies, velocities or other physical properties at the same time i.e.
– Each hall contains an array of particle detectors that track the physical properties of the particles produced by the event.
– Adhesion results from the physical properties of the interface between two phases.