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The element with electron configuration Xe 6s2 4f4 is Curium (Cm) with atomic number 96. It is a radioactive transuranium element that is part of the actinide series.
This is a displacement reaction: Copper is (barely) higher in the electromotive series than silver, so that the silver in a compound can be displaced by copper, resulting in the formation of unreacted silver.
These elements (neptunium and heavier) are called transuranic elements or trans-uranium elements. They could also properly be called artificial and radioactive.*Both plutonium and neptunium, first known through synthesis, have been found to occur naturally in trace amounts, along with americium, curium, berkelium and californium. These occur through a natural version of the synthesis process, within quantities of uranium ore.
An element with an atomic number greater than 92 is considered a transuranium element. These elements are artificially created in a laboratory and are generally unstable, undergoing radioactive decay. Examples include neptunium, plutonium, and americium.
An element symbol is a one or two-letter abbreviation used to represent an element in the periodic table. Each element is assigned a unique symbol based on either the element's name in English or its Latin name. For example, "H" represents hydrogen, "O" represents oxygen, and "Au" represents gold.
The element with the lowest atomic number among the transuranium elements is neptunium, with an atomic number of 93. It is the first transuranium element produced synthetically in a laboratory setting.
Transuranium elements are synthetic and do not occur naturally in significant quantities.
An element is classified as a transuranium element if its atomic number is greater than 92, which is the atomic number of uranium. These elements are all synthetic and are typically produced in laboratories through nuclear reactions. They are highly unstable and have very short half-lives.
The first transuranium element is neptunium (Np), with atomic number 93. It was first synthesized in 1940 by Edwin McMillan and Philip H. Abelson at the University of California, Berkeley.
Transuranium elements are those that have an atomic number greater than uranium's, which is 92. The first transuranium element is neptunium (Np) with atomic number 93.
In a chemical equation, a letter represents a chemical element. Each letter corresponds to the symbol of an element from the periodic table. For example, 'H' represents hydrogen and 'O' represents oxygen. These letters are used to denote the different elements present in a chemical reaction.
The subscript 2 in a chemical equation typically indicates that there are two atoms of that element present in the compound or molecule. It represents the stoichiometry of that element within the compound.
The symbol equation for lithium is: Li. This represents the chemical element lithium, which has an atomic number of 3.
You probably are thinking of plutonium
The formula of which a compound is made of.Another OpinionA chemical equation represents how many atoms of each element are in one molecule of the substance, for example H2O has 2 Hydrogens and 1 Oxygen per water molecule.
The chemical or element with the largest coefficient in front of its formula will have the largest number of molecules in the balanced equation. This is because the coefficient represents the number of molecules of that substance involved in the reaction.
The balancing of the number of atoms of each element on both sides of the equation represents the law of conservation of matter in a chemical equation. This ensures that mass is conserved in a chemical reaction.