the balanced equation below shows the products that are formed when butane (c₄h₁₀) is combusted.\n2c₄h₁₀ +…

the balanced equation below shows the products that are formed when butane (c₄h₁₀) is combusted.\n2c₄h₁₀ + 13o₂ → 8co₂ + 10h₂o\nwhat is the mole ratio of butane to carbon dioxide?\no 2:8\no 1:5\no 13:8\no 13:10

the balanced equation below shows the products that are formed when butane (c₄h₁₀) is combusted.\n2c₄h₁₀ + 13o₂ → 8co₂ + 10h₂o\nwhat is the mole ratio of butane to carbon dioxide?\no 2:8\no 1:5\no 13:8\no 13:10

Answer

Explanation:

Step1: Identify coefficients in equation

In the balanced equation $2C_{4}H_{10}+13O_{2}\rightarrow8CO_{2}+10H_{2}O$, the coefficient of butane ($C_{4}H_{10}$) is 2 and the coefficient of carbon - dioxide ($CO_{2}$) is 8.

Step2: Determine mole ratio

The mole ratio of butane to carbon - dioxide is the ratio of their coefficients, which is $2:8$.

Answer:

A. 2:8