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![K =[C] 2 [D]
Reactants are both solid/liquid, so they take no part in teh equilibrium
Solution
K =[C] 2 [D]
Reactants are both solid/liquid, so they take no part in teh equilibrium](https://image.slidesharecdn.com/kc2dreactantsarebothsolidliquidsotheytakenopart-230410075602-0b73d8e3/85/K-C-2-D-Reactants-are-both-solidliquid-so-they-take-no-part-pdf-1-320.jpg)
![K =[C] 2 [D]
Reactants are both solid/liquid, so they take no part in teh equilibrium
Solution
K =[C] 2 [D]
Reactants are both solid/liquid, so they take no part in teh equilibrium](https://image.slidesharecdn.com/kc2dreactantsarebothsolidliquidsotheytakenopart-230410075602-0b73d8e3/75/K-C-2-D-Reactants-are-both-solidliquid-so-they-take-no-part-pdf-1-2048.jpg)
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K =[C] 2 [D]Reactants are both solidliquid, so they take no part .pdf
The document discusses the concept of equilibrium in chemical reactions, specifically focusing on the role of solid and liquid reactants. It emphasizes that these states do not participate in the equilibrium solution. Thus, their presence does not affect the equilibrium constant.
K =[C] 2 [D]Reactants are both solidliquid, so they take no part .pdf
- 1. K =[C] 2[D] Reactants are both solid/liquid, so they take no part in teh equilibrium Solution K =[C] 2 [D] Reactants are both solid/liquid, so they take no part in teh equilibrium