A metal atom's aptitude to lose electrons to other atoms causes it to be more reactive. Involved in the scientifically determined aptitude is the speed at which a metal atom can lose electrons, as well as the substances with which the atom is likely to react.Know More
Metals belong to one of four classes depending on their reactivity potential, with the first class containing the most reactive metals. When metal atoms react with and lose electrons to water, oxygen or an acid, it tarnishes or corrodes, producing positive and negative ions. Metals that react with water or oxygen, found within the first class of reactive metals, are more reactive than those that need an acid to undergo a chemical reaction.
The strength of the acid needed by a metal to produce a chemical reaction determines its level of reactivity. For example, copper demands an acid strong enough to oxidize its atoms and therefore resides in the third class. On the other hand, aluminum, which rapidly reacts with less potent acids, belongs to the second class.
One way to predict a metal's ability to react is by examining the electron structure of its atoms compared to the electron structure of its reactant. The valence electrons, those found in the outermost shell of an atom, determine the atom's degree of electronegativity. Metal atoms with lower electronegativity lose valence electrons more easily and consequentially qualify as more reactive. These atoms are capable of greater reactivity because they combine readily with the atoms in water and oxygen, which possess high degrees of electronegativity.Learn more about Chemistry
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According to Encyclopedia Britannica, silver is one of the least types of chemically reactive elements. Silver is a chemical element, and the metal is a lustrous and white color.Full Answer >
Metals are opaque, lustrous natural elements that are effective in conducting electricity and heat. The majority of metals used in everyday applications are ductile and malleable and are usually denser than other elemental substances.Full Answer >
Transition metals refer to the 38 elements from groups three to 12 on the periodic table. They are hard, ductile, malleable and capable of conducting heat and electricity. They often have several common oxidation states, because their valence electrons exist in more than one shell.Full Answer >