Any compound’s equivalent weight, notably acids and bases, varies depending on the process in which it is utilised. The mass of an element/compound/ion that combines or displaces 1 part hydrogen, 8 parts oxygen, or 35.5 parts chlorine by mass is known as equivalent weight. Thus, the molecular mass of sulphuric acid is 98u and the molecular weight of sulphuric acid is 98g/mol. The molecular mass of H 2SO 4= Mass of 2 moles of hydrogen atoms + Mass of 1 mole of sulphur + Mass of 4 moles of oxygen atoms Because hydrogen has an atomic mass of 1u, sulphur has an atomic mass of 32u, and oxygen has an atomic mass of 16u, the molecular mass of sulphuric acid may be computed as follows: As a result, the molecular mass of H 2SO 4 will be equal to the sum of the masses of two moles of hydrogen, one mole of sulphur, and four moles of oxygen. One molecule of sulphuric acid (H 2SO 4) comprises 2 moles of hydrogen, 1 mole of sulphur, and 4 moles of oxygen atoms, according to this formula. Sulphuric acid has the chemical formula H 2SO 4. The molecule has a tetrahedral structure and is covalent. Two hydrogen atoms are intimately connected to two oxygen atoms in sulphuric acid, generating two-OH groups.
#Sulfuric acid molar mass how to
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