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Definition of H2Cr3O3
H2Cr3O3, often referred to as Chromic Hydroxide, or Chromic Acid, is a chemical compound that consists of Hydrogen, Chrome, and Oxygen atoms. H2Cr3O3 has a molar mass of 85.01g/mol. The H2Cr3O3 molecule contains 2 hydrogen atoms, 3 chrome atoms, and 3 oxygen atoms. The chromic ion (Cr3+) and the hydroxide ion (OH-) combine to form the H2Cr3O3 molecule. -
Properties of H2Cr3O3
2.1 Physical properties of H2Cr3O3
H2Cr3O3 is solid and has a dark brown color. The smell of this compound is not clearly defined. The pH of H2Cr3O3 usually ranges from 4-6, categorizing it as a weak acid.
2.2 Chemical properties of H2Cr3O3
Chromic Hydroxide can react with metals, acids and non-metals. However, H2Cr3O3 is not commonly used in chemical reactions due to its low stability. -
Common chemical equations involving H2Cr3O3
Currently, there is no specific example of H2Cr3O3 reacting with metals, acids, non-metals or salts. This may be because H2Cr3O3 is not commonly used in chemical reactions. -
Preparation of H2Cr3O3
4.1 Lab preparation of H2Cr3O3
H2Cr3O3 is not typically prepared in a laboratory.
4.2 Industrial preparation of H2Cr3O3
Similar to the lab, H2Cr3O3 is not commonly produced industrially.