a thermite reaction releases large amounts of heat and light, resulting in the melting of the iron metal…

a thermite reaction releases large amounts of heat and light, resulting in the melting of the iron metal that forms during the reaction.\nfe₂o₃ + 2al → al₂o₃ + 2fe\ndetermine the correct mole ratio for iron (iii) oxide and aluminum based on the balanced chemical equation.\nfe₂o₃:al = \ndone

a thermite reaction releases large amounts of heat and light, resulting in the melting of the iron metal that forms during the reaction.\nfe₂o₃ + 2al → al₂o₃ + 2fe\ndetermine the correct mole ratio for iron (iii) oxide and aluminum based on the balanced chemical equation.\nfe₂o₃:al = \ndone

Answer

Explanation:

Step1: Identify coefficients in equation

The balanced equation is $\mathrm{Fe_2O_3}+2\mathrm{Al}\to\mathrm{Al_2O_3} + 2\mathrm{Fe}$. The coefficient of $\mathrm{Fe_2O_3}$ is 1 and of $\mathrm{Al}$ is 2.

Answer:

$1:2$