the answer is plastics!
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Ex.: plasticine, clay, soils, bread, butter, etc.
These are all physical properties of materials.
While still solid, the asthenosphere is able to flow. The ability of a solid to flow is called plasticity. See "What's the matter?" for an activity to demonstrate plasticity. Since the asthenosphere is more liquid than the rest of the mantle, the broken lithosphere plates are able to "float" on it.
Morphological plasticity is the tendency of a species to physically change appearance due selective breeding. Some species, like dogs, have a high degree of morphological plasticity - a few generations can turn a wolf into a chihuahua - whereas others, such as humans, have such a low degree that thousands of years of separation yields only minor changes to facial structure and hair type. The mechanisms which govern this effect are complex and numerous, but there seems to be a correlation between high plasticity and the species' natural rate of environmental adaptability.
The conclusion of the plastic and liquid limit test is to determine the plasticity characteristics of soil, specifically its plastic limit (PL) and liquid limit (LL). These limits help classify the soil's behavior under varying moisture conditions, indicating its workability and potential for deformation. The plasticity index (PI), calculated as the difference between LL and PL, provides insight into the soil's plasticity, with higher values indicating greater plasticity and potential for engineering challenges in construction and design.
Think of plasticity as the opposite of elasticity. Elastic materials will deform under an applied force, but will return to their original shape when the force is removed. It is also the opposite of "easy to crack." We are not speaking of gasses or liquids. Plasticity is a property of many solids which tend to keep their new shape once deformed by an applied force. Soft metals like copper and lead are highly 'plastic.' They are easy to hammer into a new shape or draw out into a wire. Rock candy, peanut brittle, and high-carbon steel tools made for cutting have a very low plasticity. They are brittle. Rubber bands also have a low plasticity, as they return to their original shape when let go. Ironically, many types of plastic (vernacular usage) are easy to shatter under stress, and so have very little plasticity, by definition.
These are all physical properties of materials.
Materials with good plasticity include metals like aluminum and copper, which can be easily shaped without breaking. Other examples are certain polymers, such as polyethylene and polystyrene, which can be molded into various forms. Clay is also known for its plasticity, allowing it to be easily shaped when wet and retain its form when dried. These materials are often used in manufacturing and construction due to their ability to undergo significant deformation.
Plasticity means the ability to be shaped and molded.
A plastic which will soften when heated and harden when cooled.
Jacob Lubliner has written: 'Plasticity Theory' -- subject(s): Plasticity
The cast of Plasticity - 2010 includes: Cameo Wood as herself
Plasticity - 2011 was released on: USA: 20 February 2011 (internet)
Brain plasticity refers to the brain's ability to reorganize itself by forming new connections between neurons. Factors that influence plasticity include age (plasticity decreases with age), environmental enrichment (such as learning new skills or engaging in stimulating activities), physical exercise, nutrition, and certain experiences or stimuli. Additionally, genetic variations can also play a role in determining an individual's level of brain plasticity.
Brain plasticity is the ability for an area of the brain (specifically in the cerebral cortex) to compensate for another area of the brain when there is brain damage. The four lobes (occipital, temporal, frontal, and parietal) are not pre-wired to commit itself to any specific function, but it starts to "commit" to certain functions after birth.
At a dentist
No they do not.
John Brand Martin has written: 'Plasticity' -- subject(s): Plasticity