The percentages of masses of carbon and hydrogen in maleic acid are 41.39 % and 3.47 % respectively. The empirical formula and the molecular formula of maleic acid are to be identified. Concept introduction: For any compound, its empirical formula represents the ratio of atoms present in it. The most popular technique for evaluating the chemical formula of a compound first involves the calculation of the masses of its component elements. The moles of each element concerning each other are calculated. These moles are changed into a ratio of the whole number, which is used for the derivation of the empirical formula of a compound. The molecular formula is obtained from empirical formula by using the formula, Molecular formula = ( Empirical formula ) n Here, n = Molar mass Mass of empirical formula
The percentages of masses of carbon and hydrogen in maleic acid are 41.39 % and 3.47 % respectively. The empirical formula and the molecular formula of maleic acid are to be identified. Concept introduction: For any compound, its empirical formula represents the ratio of atoms present in it. The most popular technique for evaluating the chemical formula of a compound first involves the calculation of the masses of its component elements. The moles of each element concerning each other are calculated. These moles are changed into a ratio of the whole number, which is used for the derivation of the empirical formula of a compound. The molecular formula is obtained from empirical formula by using the formula, Molecular formula = ( Empirical formula ) n Here, n = Molar mass Mass of empirical formula
Solution Summary: The author explains how the empirical formula and the molecular formula of maleic acid are to be identified.
Interpretation: The percentages of masses of carbon and hydrogen in maleic acid are 41.39% and 3.47% respectively. The empirical formula and the molecular formula of maleic acid are to be identified.
Concept introduction: For any compound, its empirical formula represents the ratio of atoms present in it. The most popular technique for evaluating the chemical formula of a compound first involves the calculation of the masses of its component elements.
The moles of each element concerning each other are calculated. These moles are changed into a ratio of the whole number, which is used for the derivation of the empirical formula of a compound. The molecular formula is obtained from empirical formula by using the formula,
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