Editing Answers To One LeChatelier's Principle Problem Homework
ChemistryWiki
|
RecentChanges
|
Preferences
Here is the answer to [[One LeChatelier's Principle Problem Homework]] using the format highlighted in the homework.<br> <br> Arsenic can be extracted from its ore (how it found in nature) by first reacting the ore with oxygen (called roasting) to form solid As<sub>4</sub>O<sub>6</sub> which is then reduced using carbon in the following reaction:<br> <br> 1 As<sub>4</sub>O<sub>6 (s)</sub> + 6 C<sub>(s)</sub> <==> 1 As<sub>(s)</sub> + 6 C<sub>1</sub>O<sub>1 (g)</sub><br> <br> If I have the above chemical reaction in an equilibrium system and add a stress of <b>adding in more carbon monoxide</b>, what would <nowiki>LeChatelier's Principle </nowiki> says would happen (use the blank answer form below).<br> <br> Here is link to notes on <nowiki>LeChaterlier's Principle</nowiki>, [[Equilibrium Notes 3 (Notes on LeChatelier's Principle) ]] <br> -----------<center><b>Start of Answer</b></center><br> <br> Stress: <b><u>Add more C<sub>1</sub>O<sub>1</sub></u></b><br> <br> How rxn tries to remove stress: <br> <b><u>Consume (substance is a product in chemical reaction) C<sub>1</sub>O<sub>1</sub></u></b><br> <br> Circle: Make more product or <b>more reactant</b> (fill in for pressure changes)__________________<br> <br> Circle: Favoring: Forward rxn or <b>Backward rxn</b>: (fill in for temperature changes) _____________<br> <br> Circle: Shift Equilibrium to: <b>Left(more reactant)</b> or Right (more product)<br> <br> <center><b>End of Answer</b></center><br> -------------<br> <br>
View other revisions
ChemistryWiki
|
RecentChanges
|
Preferences