Question

Liquid carbon disulfide reacts with oxygen gas to produce carbon dioxide gas and sulfur dioxide gas

Answer 1

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Combustion Reaction:

Combustion Reaction:One common chemical reaction that may take place naturally or in the lab is a combustion reaction. It is characterized by the reaction of a substance with oxygen gas to produce several products. While combustion reactions are common in hydrocarbons, combustion reactions can also occur in inorganic compounds. In here, the metals in the reactant are oxidizes and as a result, produces one or more metal oxides.

Combustion Reaction:One common chemical reaction that may take place naturally or in the lab is a combustion reaction. It is characterized by the reaction of a substance with oxygen gas to produce several products. While combustion reactions are common in hydrocarbons, combustion reactions can also occur in inorganic compounds. In here, the metals in the reactant are oxidizes and as a result, produces one or more metal oxides.Answer and Explanation:

Combustion Reaction:One common chemical reaction that may take place naturally or in the lab is a combustion reaction. It is characterized by the reaction of a substance with oxygen gas to produce several products. While combustion reactions are common in hydrocarbons, combustion reactions can also occur in inorganic compounds. In here, the metals in the reactant are oxidizes and as a result, produces one or more metal oxides.Answer and Explanation:The reaction of liquid carbon disulfid

with oxygen gas

with oxygen gas is a combustion reaction that produces two metal oxides: carbon dioxide gas

with oxygen gas is a combustion reaction that produces two metal oxides: carbon dioxide gas and sulfur dioxide gas

with oxygen gas is a combustion reaction that produces two metal oxides: carbon dioxide gas and sulfur dioxide gas . Therefore, the balanced chemical equation for this reaction is given by

with oxygen gas is a combustion reaction that produces two metal oxides: carbon dioxide gas and sulfur dioxide gas . Therefore, the balanced chemical equation for this reaction is given by

with oxygen gas is a combustion reaction that produces two metal oxides: carbon dioxide gas and sulfur dioxide gas . Therefore, the balanced chemical equation for this reaction is given by

with oxygen gas is a combustion reaction that produces two metal oxides: carbon dioxide gas and sulfur dioxide gas . Therefore, the balanced chemical equation for this reaction is given by

with oxygen gas is a combustion reaction that produces two metal oxides: carbon dioxide gas and sulfur dioxide gas . Therefore, the balanced chemical equation for this reaction is given by