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5 What mass off iron is formed when 8.00 gof irom(III)oxide reacts with 2 . 116 g of aluminium?

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5 What mass off iron is formed when 8.00 gof irom(III)oxide
reacts with 2 . 116 g of aluminium?

5 What mass off iron is formed when 8.00 gof irom(III)oxide reacts with 2 . 116 g of aluminium?

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DoraElite · Tutor for 8 years

Answer

1.152 g

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This query tests knowledge of stoichiometry, particularly in the context of a unbalanced NPCs. NPC equations are global representations of complex chemical reactions as reduced elemental compositions.<br /><br />The context indicated calls for the application of the stoichiometry of reaction: <br /><br />2Al (s) + Fe2O3(s) ⟶ Al2O3(s) + 2Fe(s)<br /><br />One doesn't need to worry about the Al2O3 product, only the reagents to operate with. The examining procedure involves converting each mass to moles (via formula weights - iron (III) oxide (Fe2O3) ~ 159.69 g/mol, aluminium (Al) ~ 26.98 g/mol), determining if the players ranked by stoichiometric ratios follow the expected levels given in the balanced reaction viz `2Fe2O3::2Al`, applying the idea of excess reactant as necessary and deciding on the mass of resultant iron formed. <br /><br />When these steps are carried, one will see that aluminium (Al) as the critical reactant, limiting to the formation of the aimed substance of 1.152 g of iron (Fe).
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