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Steven Hanna
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Not sure if I'm posting in the wrong place.
It could be this, but those equations only refer to area in the form ##m^2##. Not sure what OP is referring to. We need more information.jim mcnamara said:Not sure but try this:
http://www.knowledgedoor.com/2/units_and_constants_handbook/electric_polarizability.html
If this is what you are referencing we can go from there.
The units of polarizability are typically expressed in cubic meters (m^3) or cubic centimeters (cm^3) because it represents the volume change of a molecule or atom in response to an applied electric field. This change in volume is due to the shifting of electrons in the atom or molecule, resulting in a change in its overall polarizability.
Polarizability is directly related to volume because it represents the change in volume of a molecule or atom in response to an electric field. As the electrons shift and the atom or molecule becomes more polarized, its volume will increase, and vice versa. This relationship is reflected in the units of polarizability, which are in terms of volume.
While cubic meters or cubic centimeters are the most common units for polarizability, it can also be measured in other units such as cubic feet or cubic inches. However, these units are not as commonly used in scientific literature and may require conversions for comparison to other values.
Polarizability plays a significant role in determining the physical and chemical properties of a substance. It affects the substance's ability to interact with an electric field, which can impact its conductivity, refractive index, and other properties. For example, substances with higher polarizability tend to have higher dielectric constants, making them better insulators.
Yes, polarizability can be changed by altering the arrangement of electrons in an atom or molecule. This can be achieved through various means, such as applying an electric field, changing the temperature or pressure, or introducing chemical modifications. The ability to change polarizability is essential in many applications, such as in LCD screens and optical fibers, where control over the polarizability of materials is crucial.