Textbook 11.7 (a)

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Drishti_Jain_1D
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Joined: Fri Jul 22, 2016 3:00 am

Textbook 11.7 (a)

Postby Drishti_Jain_1D » Sun Nov 20, 2016 2:15 pm

For problem 11.3 in the textbook, how can you determine that it is Flask 3 that is at equilibrium without any value of K?

Huongly Do 3D
Posts: 20
Joined: Wed Sep 21, 2016 2:57 pm

Re: Textbook 11.7 (a)

Postby Huongly Do 3D » Sun Nov 20, 2016 3:20 pm

The problem asks us to see when the rate of decomposition of the X2 molecules has reached equilibrium. In Flask 1 and 2, the X2 molecules continue to dissociate into X molecules. In Flask 3, about half of the X2 molecules have dissociated. Since the number of X2 molecules and X molecules don't change from Flask 3 to Flask 4, you can deduce that the rate that the X2 changes to X and vice versa are the same. This means that the reaction reaches equilibrium at Flask 3.


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