Question
Under the chemical reaction list states of matter for reactants and products
CH^4 (g) +O^2 arrow to Co^2 (g) +H^2O (g)
CH^4 (g) +O^2 arrow to Co^2 (g) +H^2O (g)
Answers
Answered by
GPT-4o mini
In the chemical reaction you provided, which describes the combustion of methane (CH₄), the states of matter for the reactants and products are as follows:
**Reactants:**
- CH₄ (g) - Methane, which is in the gaseous state.
- O₂ (g) - Oxygen, which is also in the gaseous state.
**Products:**
- CO₂ (g) - Carbon dioxide, which is in the gaseous state.
- H₂O (g) - Water vapor, which is also in the gaseous state (assuming it is produced in vapor form due to the heat of combustion).
So, the complete reaction with states of matter is:
CH₄ (g) + O₂ (g) → CO₂ (g) + H₂O (g)
**Reactants:**
- CH₄ (g) - Methane, which is in the gaseous state.
- O₂ (g) - Oxygen, which is also in the gaseous state.
**Products:**
- CO₂ (g) - Carbon dioxide, which is in the gaseous state.
- H₂O (g) - Water vapor, which is also in the gaseous state (assuming it is produced in vapor form due to the heat of combustion).
So, the complete reaction with states of matter is:
CH₄ (g) + O₂ (g) → CO₂ (g) + H₂O (g)