Tuesday, October 8, 2019
The Universe Essay Example | Topics and Well Written Essays - 500 words
The Universe - Essay Example and a compound is that separation of a mixture does not involve change in chemical properties of components while separation of compounds is associated with changes in chemical properties from those of the compoundââ¬â¢s components to the separated productsââ¬â¢. Consequently, a mixture exhibits characteristics that are the same as those of its components unlike a compound whose properties are completely different from those its components. Another difference between mixtures and compounds is that a mixture can contain any ratio of its components while a compound is composed of distinct component ratios (Ramsden, 2001). An element can be distinguished from a compound through chemical processes in which an element, in case of a reaction, will form a homogeneous product while a compound will form different products due to differences in chemical properties of its elements (Ramsden, 2001). Ionic bonds and covalent bonds have a number of differences. Ionic bonds for example occur between metallic elements and ââ¬Ënon-metallicââ¬â¢ elements while covalent bonds form between ââ¬Ënon-metallicââ¬â¢ elements. While ionic bonds form electrolytic compounds, that conducts electricity in liquid or aqueous state, covalent bonds forms ââ¬Ënon-electrolyticââ¬â¢ compounds. Another difference between ionic bonds and covalent bonds is that while ionic bonds have a similar trend in characteristics, covalent bonds exhibit different trends in characteristics due to different types of covalent bonds (Ramsden, 2001). The reason for reaction between metals and ââ¬Ënon-metalsââ¬â¢ to form ionic bonds is because metals lose electrons while the ââ¬Ënon-metalsââ¬â¢ gain electrons for stability, forming oppositely charged ions that constitute the metallic bond. The metals lose their outer most electrons that are gained by the ââ¬Ënon-metalsââ¬â¢ for stability of both elements. While the elements are unstable and utilize energy to either, lose or gain electrons for stability, metals require less energy to lose
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