Q:

What are thermometric properties?

A:

Quick Answer

Thermometric properties are properties of a material that vary with the temperature of it. Some examples of thermometric properties include the volume of a liquid, length of a solid, gas pressure, electrical resistance and electromotive force.

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Full Answer

With increasing temperatures, most liquids increase in volume. An example of this would be the changing of volume of a liquid in a glass thermometer. The length of a solid, such as a metal rod, increases if the temperature increases. A constant volume of gas increases in pressure as temperature increases. Electrical resistance, such as the resistance of a platinum resistor, also changes with temperature.

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Related Questions

  • Q:

    What are the chemical properties of mercury?

    A:

    Mercury is a naturally occurring metal that is liquid at room temperature. This heavy metal is toxic to humans. It is silver in color, and its high surface tension causes it to form into round drops on surfaces. Mercury is more volatile than any other metal and forms a colorless, odorless gas.

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  • Q:

    What are the chemical properties of oxygen?

    A:

    Oxygen gas is free from odor, taste and color, combines with the majority of other elements, supports combustion, is very paramagnetic and has a pale blue color in both its solid and liquid forms. Oxygen is also a part of over 100,000 organic compounds.

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  • Q:

    What are the properties of water?

    A:

    The properties of water include miscibility and condensation, cohesion and adhesion, high surface temperature, high heat capacity, heat of vaporization, capillary action, varying density, electrical conductivity and compressibility. Water is colorless, odorless and tasteless. In nature, it exists as a liquid, solid and gas. Pure water boils at 212 degrees Fahrenheit and freezes at 32 degrees Fahrenheit.

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  • Q:

    What are metallic and nonmetallic properties?

    A:

    Metals have luster, are malleable and ductile, conduct heat and electricity and may combine with other metals; nonmetals, in contrast, have little or no shine, are neither malleable nor ductile, do not conduct heat or electricity and exist as molecules in their most basic forms. Metals and nonmetals occasionally share overlapping characteristics, particularly elements located proximately on the periodic table of elements. However, most embody these characteristics, which are used to classify and categorize elements into the categories of metals and nonmetals.

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