When energy is released from the electron as kinetic energy, potential energy is stored in the atom. When the electron is more easily released, the ionization energy is less negative. In contrast, ionization energy is the tendency to give up an electron.įrom the perspective of the atom, it supplies energy to the electron as it is being released from the atom, and so ionization energy is conventionally written to be negative. You would write a reaction that therefore involves the absorption of an electron into the atom and the release of energy from the electron. When energy is absorbed from the electron as potential energy, the kinetic energy of the electron is released. Electropositivity is another trend governed by Periodic Law. Both electron affinity and electronegativity tend to decrease moving down a group and increase moving across a period. It reflects how easily an atom of an element attracts electrons to form a chemical bond. When the electron is more easily absorbed, the electron affinity is less positive. Electronegativity is related to electron affinity. It is the tendency to acquire an electron.įrom the perspective of the atom, it acquires energy from the electron so that it can be absorbed into the atom, and thus, electron affinity is conventionally written to be positive. Order I used is bs, hr, sh, sr, sr-ec, sr-el but this should be nicely alphabetically reordered after translations into other languages are.Electron affinity is known as an atom's love for electrons. So, 1 refers to the first shell, 2 the second. In this chart, the numbers (1, 2, 3,) are referred to as the principal quantum number, referred to as n, which corresponds to an electron shell. it is unit of measurement compared to label.įix (it is sr-EC and sr-EL here, it maybe does not recognize sr-ec and sr-el)Īdded correct translations into Serbian (sr, sr-ec, sr-el), Croatian (hr), Bosnian (bs) and Serbo-Croatian (sh). An electron configuration chart of the elements shows the periodicity of the electron structure across the elements. Corrected capitalization and some translations changed "(eV)" to "" as it different entity when compared to "(Z)" i.e. ( newest | oldest) View ( newer 10 | older 10) ( 10 | 20 | 50 | 100 | 250 | 500)Ĭurrently it is translated into en, bs, de, es, fr, hr, it, sh, sr, sr-EC, sr-EL, vi.
ELECTRON AFFINITY CHART HOW TO
You will find help in Graphics Lab if you're not sure how to do this.
ELECTRON AFFINITY CHART SOFTWARE
Alternatively, you can download the file to your computer, add your translations using whatever software you're familiar with, and re-upload it with the same name. To translate the text into your language, you can use the SVG Translate tool. The parameter may prevent the use of a subsequent translation. Do not specify a lang parameter if it is not needed. To embed this file in a particular language use the lang parameter with the appropriate language code, e.g. For example, the German Wikipedia will use German if the SVG file has German. The Wikipedia will use its language if the SVG file supports that language. The ground state electron configuration is the arrangement of electrons around the nucleus of an atom with lower energy levels. All translations are stored in the same file! Learn more.įor most Wikipedia projects, you can embed the file normally (without a lang parameter). This file is translated using SVG elements.
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