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Thursday, October 31, 2013 D-day
Thursday, October 31, 2013 D-day

... – NOT as reactive as alkali metals. ...
Metal, Nonmetals, Metalloids
Metal, Nonmetals, Metalloids

... ...
GCSE Chemistry coursework: Research Study on `Francium and the
GCSE Chemistry coursework: Research Study on `Francium and the

... This is an example of the Bohr atomic structure model of a lithium atom. [10] The Bohr model can explain the reactivity of the alkali metals because it says that atoms are at their most stable when they have a stable octet and seeing as the alkali metals only need to lose one electron to gain a stab ...
Introduction_to_Geochemistry_Pre-Lecture_Quiz
Introduction_to_Geochemistry_Pre-Lecture_Quiz

... detach the loosest electron from atoms of that element. (e) All alkali metals have similar chemical properties. (f) Alkali earths have one electron in the outer shell. (g) Electronegativity is the amount of negative charge on an atom. (h) Ca has a valency of 2. (i) True ionic bonds are unknown and a ...
< 1 ... 522 523 524 525 526

Ununennium

Ununennium, also known as eka-francium or simply element 119, is the hypothetical chemical element with atomic number 119 and symbol Uue. Ununennium and Uue are the temporary systematic IUPAC name and symbol, until a permanent name is decided upon. In the periodic table of the elements, it is expected to be an s-block element, an alkali metal, and the first element in the eighth period.Ununennium is the element with the lowest atomic number that has not yet been synthesized. To date, all attempts to synthesize this element have been unsuccessful. Its position as the seventh alkali metal suggests that it would have similar properties to the alkali metals, lithium, sodium, potassium, rubidium, caesium, and francium; however, relativistic effects may cause some of its properties to differ from those expected from a straight application of periodic trends. For example, ununennium is expected to be less reactive than caesium and francium and be closer in behavior to potassium or rubidium, and while it should show the characteristic +1 oxidation state of the alkali metals, it is also predicted to show the +3 oxidation state unknown in any other alkali metal.
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