What Physical Properties Are Shared By Most Metals
Olivia Luz
Mercury and gallium are metals but they are in liquid state at room temperature.
They have a lustre that makes them shine. Metals tend to be considerably shinier or more lustrous than non metallic elements. Luster malleability ductility conductivity hardness resilience elasticity shear modulus etc. There are exception to this.
Many of the properties of metals including a large atomic radius low ionization energy and low electronegativity are because the electrons in the valence shell of metal atoms. One other very common physical property is luster or degree of shininess. Metals shiny solids are room temperature except mercury which is a shiny liquid element with characteristic high melting points and densities. All metals are physically lustrous.
Metals are hard they can t be broken easily and require a lot of energy and strength to break. Gold is used for making jewellery. Most metals are silvery looking high density relatively soft and easily deformed solids with good electrical and thermal conductivity closely packed structures low ionisation energies and electronegativities and are found naturally in combined states. The most important electrical properties of metals are conductivity resistivity and dielectric strength both links are external.
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Most metals are ductile meaning that they can be pulled and twisted into threads and wires. In terms of the physical properties of metals they tend to share a few common traits. Metals weigh a lot as they have a high density. Metals are also usually very malleable which means that they can be pounded or pressed into sheets.
Corrosion resistance is the property of a metal that gives it the ability to withstand attacks from atmospheric chemical or electrochemical conditions.
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