B. How many moles of manganomanganic oxide will react with 5.33 x 1025 atoms of aluminum?

Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter19: The Chemistry Of The Main-group Elements
Section: Chapter Questions
Problem 82QRT
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What is number 1-B
1. Calculate the mass of aluminum oxide produced
when 4.75 moles of aluminum burn in oxygen.
4 Al + O2 → 2Al,O3
4.75 mol Al
2. At a very high temperature, manganese is
isolated from its ore, manganomanganic oxide, via
the following balanced equation:
3 Mn;04(s) + 8 AI(s) → 4 Al,03(s) + 9 Mn(s)
A. How many moles of aluminum oxide are made
if 4580 g of manganomanganic oxide are
consumed?
4580 g
B. How many moles of manganomanganic oxide
will react with 5.33 x 1025 atoms of aluminum?
Transcribed Image Text:1. Calculate the mass of aluminum oxide produced when 4.75 moles of aluminum burn in oxygen. 4 Al + O2 → 2Al,O3 4.75 mol Al 2. At a very high temperature, manganese is isolated from its ore, manganomanganic oxide, via the following balanced equation: 3 Mn;04(s) + 8 AI(s) → 4 Al,03(s) + 9 Mn(s) A. How many moles of aluminum oxide are made if 4580 g of manganomanganic oxide are consumed? 4580 g B. How many moles of manganomanganic oxide will react with 5.33 x 1025 atoms of aluminum?
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