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8.C_(3)H_(6)+5O_(2)(aq)arrow 3CO_(2)(aq+4H_(2)O_(6)) -9+800garrow 660g+350g

Pergunta

8.C_(3)H_(6)+5O_(2)(aq)arrow 3CO_(2)(aq+4H_(2)O_(6)) -9+800garrow 660g+350g

8.C_(3)H_(6)+5O_(2)(aq)arrow 3CO_(2)(aq+4H_(2)O_(6)) -9+800garrow 660g+350g

Solução

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ValdomiroMestre · Tutor por 5 anos

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660g

Explicação

This question is about stoichiometry, which is a section of chemistry that involves calculating the quantities of reactants and products in a chemical reaction. The balanced chemical equation given is:<br /><br />$C_{3}H_{6}+5O_{2}(aq)\rightarrow 3CO_{2}(aq)+4H_{2}O_{6}$<br /><br />The question provides the masses of the reactants and products and asks for the mass of a specific product. The masses given are:<br /><br />-9 (presumably the mass of $C_{3}H_{6}$)<br />-800g (presumably the mass of $O_{2}$)<br />-660g (presumably the mass of $CO_{2}$)<br />-350g (presumably the mass of $H_{2}O_{6}$)<br /><br />The question asks for the mass of $CO_{2}$ produced. To find this, we can use the concept of conservation of mass, which states that the total mass of the reactants must equal the total mass of the products. Therefore, the mass of $CO_{2}$ produced is 660g.
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