Equilibrium 3--LeChatelier's Principle

[@allavaughn937]

I wish my professor explained it this way! Thank you, this video is extremely helpful

[@ShannonParma]

you explain things so well! I now have a better understanding without even reading that section in the chem book. THANK YOU! (: I am so far an avid fan of your videos

[@ilikeapples49]

Thank you! You're very concise, this was extremely helpful. :)

[@adityasaxena7374]

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[@maccodally1297]

fantastic and helpful

[@scardoza03]

Hi Mr. Marc! My name is Andres, I am studying the 11th grade of high school and I am having a hard time with this topic, could you please help me?

[@djchannelofcool]

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[@bucheronix]

Un accent circonflexe.

[@andresyance8154]

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[@areyouready55]

Consider the following reaction : PCL5 (g) < ------ > PCl3 (g) + Cl2 (g) Initially 0.60 mole of PCL5 is placed in a 1.00 L flask . At equilibrium, there is 0.16 mole of PCl3 in the flask. What are the equilibrium concentrations (M) of PCL5 and Cl2 respectively? I tried your table method, but am not having any luck on this. Can you assist with some advice/where to start? Thank you for your video!!

[@sankalpjha2117]

Brother its really simple .There will be 0.6-x moles at equilibrium of PCl5 and +x moles of PCl3 and Cl2 .So as PCl3 is 0.16 at equilibrium then Cl2 will be 0.16. Then PCl5 will be 0.44(0.6-x). Did you get that brother???

[@77jinai]

mr marc please add a number of more examples (extra) just like you did in thermochemistry

[@phatsimoketlhaotswe7978]

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[@emiajyduj]

Pretty good exp! :)

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[@mstreetracer]

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[@geegeeloulou244]

+mstreetracer "Accent circonflexe"

[@mydology1089]

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