Examples of using Atomic numbers in English and their translations into Serbian
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Cyrillic
Atomic numbers.
Their atomic numbers.
The transuranium elements A. are the elements with atomic numbers above 92.
Their atomic numbers are the same, but their mass numbers differ.
The first row elements have atomic numbers 3 to 10.
Their atomic numbers are the same, but their mass numbers are different.
These elements have atomic numbers from 104 to 118.
Atomic numbers are whole numbers, so, unlike atomic weights, there can't be any awkward fractions.
All are transuranium elements and have atomic numbers of 95 and higher.
All the elements with higher atomic numbers have been first discovered in the laboratory, with neptunium and plutonium later also discovered in nature.
Transuranium elements are elements whose atomic numbers are greater than 92.
If further elements with higher atomic numbers than this are discovered, they will be placed in additional periods, laid out(as with the existing periods) to illustrate periodically recurring trends in the properties of the elements concerned.
Like all elements with such high atomic numbers, it is very unstable.
Of the elements with atomic numbers 1 to 92, most can be found in nature, having stable isotopes(such as hydrogen) or very long-lived radioisotopes(such as uranium), or existing as common decay products of the decay of uranium and thorium(such as radon).
If you know the frequency of the various elements are X-rays and their atomic numbers could namely also determine the number of protons in the nucleus.
The rapid decrease with distance of the attractive residual force and the less-rapid decrease of the repulsive electromagnetic force acting between protons within a nucleus,causes the instability of larger atomic nuclei, such as all those with atomic numbers larger than 82(the element lead).
That means fusion processes producing nuclei that have atomic numbers higher than about 26, and atomic masses higher than about 60, is an endothermic process.
In the meantime, the IUPAC had a system of temporary“placeholder” names for the elements that was based on Greek andLatin words for the atomic numbers of each element in dispute.
The fusion of two nuclei that create larger nuclei with lower atomic numbers than iron and nickel-a total nucleon number of about 60-is usually an exothermic process that releases more energy than is required to bring them together.
The transuranium elements(also known as transuranic elements)are the chemical elements with atomic numbers greater than 92, which is the atomic number of uranium.
Contends that gravitational effects would become significant when atomic numbers become astronomically large, thereby overcoming other super-massive nuclei instability phenomena, andthat neutron stars(with atomic numbers on the order of 1021) can arguably be regarded as representing the heaviest known elements in the universe.
Element with the highest possible atomic number.
Dubnium, having an atomic number of 105, is a superheavy element;
Element with the atomic number of 75.
Ununennium(Uue) is the element with the lowest atomic number that has not yet been synthesized.
Ununennium is the element with the smallest atomic number that has not been created yet.
Hydrogen An element with the atomic number of 1.
Is a chemical element with symbol Li and atomic number 3.
The chemical element with atomic number 7.
Hydrogen is the element with atomic number 1.