when sulphur burns in air it gives out
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And given molar masses, the reaction EXPLICITLY states that 32⋅g of sulfur is oxidized by 32⋅g to give 64⋅g of sulfur dioxide - these are all the equivalent masses of the reactants and products, which contain stoichiometric quantities of reactant and product.
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Explanation:
And given molar masses, the reaction EXPLICITLY states that 32⋅g of sulfur is oxidized by 32⋅g to give 64⋅g of sulfur dioxide - these are all the equivalent masses of the reactants and products, which contain stoichiometric quantities of reactant and product.
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