QuestionDecember 18, 2025

3. In the lab what was the mass of the steel wool after burning? 1.5149 1.426 g 23479 2.7649 4. Why does steel wool burn, but not an iron rod? The steel wool increased the surface area between reactants, which increased the rate of reaction. The steel wool decreased the surface area between reactants, which decreased the rate of reaction. 5. Why does the steel wool weigh more after the reaction? because oxygen was added during the reaction. it didn't weigh more because energy was created

3. In the lab what was the mass of the steel wool after burning? 1.5149 1.426 g 23479 2.7649 4. Why does steel wool burn, but not an iron rod? The steel wool increased the surface area between reactants, which increased the rate of reaction. The steel wool decreased the surface area between reactants, which decreased the rate of reaction. 5. Why does the steel wool weigh more after the reaction? because oxygen was added during the reaction. it didn't weigh more because energy was created
3. In the lab what was the mass of the steel wool after burning?
1.5149
1.426 g
23479
2.7649
4. Why does steel wool burn, but not an iron rod?
The steel wool increased the surface area between reactants, which increased the rate of reaction.
The steel wool decreased the surface area between reactants, which decreased the rate of reaction.
5. Why does the steel wool weigh more after the reaction?
because oxygen was added during the reaction.
it didn't weigh more
because energy was created

Solution
3.2(310 votes)

Answer

1.5149 g ### The steel wool increased the surface area between reactants, which increased the rate of reaction. ### Because oxygen was added during the reaction. Explanation 1. Identify the mass of steel wool after burning The mass of the steel wool after burning is **1.5149 g**. 2. Explain why steel wool burns but not an iron rod Steel wool burns because it **increases the surface area** between reactants, which increases the rate of reaction. 3. Explain why steel wool weighs more after the reaction The steel wool weighs more after the reaction because **oxygen was added** during the reaction.

Explanation

1. Identify the mass of steel wool after burning<br /> The mass of the steel wool after burning is **1.5149 g**.<br /><br />2. Explain why steel wool burns but not an iron rod<br /> Steel wool burns because it **increases the surface area** between reactants, which increases the rate of reaction.<br /><br />3. Explain why steel wool weighs more after the reaction<br /> The steel wool weighs more after the reaction because **oxygen was added** during the reaction.
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