4. In some equilibria, the value of K increases as temperature increases. In other equilibria, the value of K decreases

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4. In some equilibria, the value of K increases as temperature increases. In other equilibria, the value of K decreases

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4 In Some Equilibria The Value Of K Increases As Temperature Increases In Other Equilibria The Value Of K Decreases 1
4 In Some Equilibria The Value Of K Increases As Temperature Increases In Other Equilibria The Value Of K Decreases 1 (16.73 KiB) Viewed 11 times
4 In Some Equilibria The Value Of K Increases As Temperature Increases In Other Equilibria The Value Of K Decreases 2
4 In Some Equilibria The Value Of K Increases As Temperature Increases In Other Equilibria The Value Of K Decreases 2 (5.02 KiB) Viewed 11 times
4. In some equilibria, the value of K increases as temperature increases. In other equilibria, the value of K decreases as temperature increases. Explain how the endothermic or exothermic nature of a reaction determines which relationship we will see. Is our Ca(OH), equilibrium endothermic or exothermic as written in Eqn 1? Explain.

2+ Ca(OH)2(8) = Ca- (aq) + 2 OH" (aq) Eqn.1
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