WebAlso, oxides of metals are basic; they dissolve in water to give basic solution. Na 2 O(s)+ H 2 O (i) (aq) It should be noted however that oxides of metal in high oxidation states e. in some transition metals, can be acidic; chromium (IV) oxide, CrO 3 is an acidic oxide. Oxides of nonmetals are acidic they dissolve in water to give an acidic ... WebSome metal oxides are amphoteric because they can react with both acids and bases to produce salt and water. This is because of the unique nature and bonding in the oxide. It is too complex to explain here, but you can check this site for more information :

Classification of Oxides: Acidic, Basic, Amphoteric & Neutral Oxides

WebAnswer (1 of 3): No way! Amphoterism is a typical manifestation of the not-so-metallic character of a metal, because it relates to its capability to somehow display features of non metallic elements. In other words, the amphoterism of some oxides is likely related to the ability of the metal its... WebAnswer (1 of 6): A general property of metal oxides is that they tend to react with water to form basic solutions of the metal hydroxide. For example BaO is a basic oxide. It dissolves in water to form barium hydroxide, Ba(OH)2 Some metal oxides are basic or amphoteric in nature and form salts w... easter presents for grandchildren

Which of the following metal oxide is amphoteric in nature?

WebMetal oxides are basic nature. Some are amphoteric. WebThe metals when listed according to their electron-releasing tendency, the list is called activity series or reactivity series. It is shown in decreasing order as follows: K > Na > Ca > Mg > Al > Zn > Fe > CO > Ni > Su > Pb > [H]* > Cu > Hg > Ag > Au 1. Metals combine with O 2 to give their oxides, e.g., metals like Na quickly burns with bright WebMetals and non-metals can be heated in oxygen to make compounds called oxides. Find out more with this guide for KS3 physics students aged 11-14 from BBC Bitesize. easter printable activities