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Name	Current message text
^h English (en)	===Zinc(II) compounds=== [[File:Zinc acetate.JPG\|thumb\|left\|[[Zinc acetate]], {{chem\|Zn\|(\|C\|H\|3\|C\|O\|2\|)\|2}}\|alt=Sheets of zinc acetate formed by slow evaporation]] [[File:Zinc chloride.jpg\|thumb\|Zinc chloride\|alt=White lumped powder on a glass plate]] [[Binary compound]]s of zinc are known for most of the [[metalloid]]s and all the [[Nonmetal (chemistry)\|nonmetal]]s except the [[noble gas]]es. The oxide [[zinc oxide\|ZnO]] is a white powder that is nearly insoluble in neutral aqueous solutions, but is [[amphoteric]], dissolving in both strong basic and acidic solutions. The other [[chalcogen]]ides ([[zinc sulfide\|ZnS]], [[zinc selenide\|ZnSe]], and [[zinc telluride\|ZnTe]]) have varied applications in electronics and optics. [[Pnictogenide]]s ([[Zinc nitride\|{{chem\|Zn\|3\|N\|2}}]], [[zinc phosphide\|{{chem\|Zn\|3\|P\|2}}]], [[zinc arsenide\|{{chem\|Zn\|3\|As\|2}}]] and [[zinc antimonide\|{{chem\|Zn\|3\|Sb\|2}}]]), the peroxide ([[zinc peroxide\|{{chem\|ZnO\|2}}]]), the hydride ([[zinc hydride\|{{chem\|ZnH\|2}}]]), and the carbide ({{chem\|ZnC\|2}}) are also known. Of the four [[halide]]s, [[zinc fluoride\|{{chem\|ZnF\|2}}]] has the most ionic character, while the others ([[zinc chloride\|{{chem\|ZnCl\|2}}]], [[zinc bromide\|{{chem\|ZnBr\|2}}]], and [[zinc iodide\|{{chem\|ZnI\|2}}]]) have relatively low melting points and are considered to have more covalent character.
^h Japanese (ja)	===亜鉛(II)化合物=== [[File:Zinc acetate.JPG\|thumb\|left\|[[Zinc acetate/ja\|酢酸亜鉛]], {{chem\|Zn\|(\|C\|H\|3\|C\|O\|2\|)\|2}}\|alt=ゆっくりとした蒸発によって形成される酢酸亜鉛のシート]] [[File:Zinc chloride.jpg\|thumb\|塩化亜鉛\|alt=ガラス板上の白い塊状の粉]] 亜鉛の[[Binary compound/ja\|二元化合物]]は、ほとんどの[[metalloid/ja\|メタロイド]]と[[noble gas/ja\|希ガス]]を除くすべての[[Nonmetal (chemistry)/ja\|非金属]]で知られている。酸化物[[zinc oxide/ja\|ZnO]]は白色の粉末で、中性の水溶液にはほとんど溶けないが、[[amphoteric/ja\|両性]]であり、強い塩基性溶液にも酸性溶液にも溶ける。他の[[chalcogen/ja\|カルコゲン]]化物（[[zinc sulfide/ja\|ZnS]]、[[zinc selenide/ja\|ZnSe]]、[[zinc telluride/ja\|ZnTe]]）は電子工学や光学で様々な用途がある。また、[[Zinc nitride/ja\|{{chem\|Zn\|3\|N\|2}}]]、[[zinc phosphide/ja\|{{chem\|Zn\|3\|P\|2}}]]、[[zinc arsenide/ja\|{{chem\|Zn\|3\|As\|2}}]]などの[[Pnictogenide/ja\|ニクトゲン化物]]材料もある、また、[[zinc antimonide/ja\|{{chem\|Zn\|3\|Sb\|2}}]]、過酸化物（[[zinc peroxide/ja\|{{Chem\|ZnO\|2}}]]）、水素化物（[[zinc hydride/ja\|{{Chem\|ZnH\|2}}]]）、炭化物（{{Chem\|ZnC\|2}}）も知られている。4つの[[halide/ja\|ハロゲン化物]]のうち、[[zinc fluoride/ja\|{{chem\|ZnF\|2}}]]は最もイオン的な性質を持ち、他のもの（[[zinc chloride/ja\|{{chem\|ZnCl\|2}}]]、[[zinc bromide/ja\|{{chem\|ZnBr\|2}}]]、[[zinc iodide/ja\|{{chem\|ZnI\|2}}]]）は比較的融点が低く、共有結合的な性質が強いと考えられている。