equilibrium constant

[505968894]

At a particular temperature, how many equilibrium constants can exist?

[Ali Nosseir]

There can only be one equilibrium constant at a given temperature.

[Arielle Luong]

Only one per each temperature. Each different temperature will have a slightly different constant.

[Gabrielle Linden 1C]

I agree with the other responses, there will only be one equilibrium constant per temperature for a certain reaction.

[Valerie M Dis 2E]

At a particular temperature there is only 1 equilibrium constant that exists

[205756817]

There can only be one equilibrium constant

[Audrey Wong 2G]

Hello,

The equilibrium constant for a reaction under a specific temperature and condition will be unique to the reaction at that temperature, meaning that for any other temperature, the reaction would have a different value for the equilibrium constant due to the difference in stability of the process. Therefore, at one given temperature, a chemical reaction can have only one equilibrium constant.

[Caitlin_Chheda_1K]

Hi!
At a certain temperature, only one equilibrium constant exists. In order to find more equilibrium constants for the same reaction, the temperature must be changed.
I hope that this helps!

[Camila Garcia 1F]

There will only be one equilibrium constant since it measures the relationship between products and reactants at equilibrium.

[Brandon_G_1H]

Hello! There is only one equilibrium constant per temperature. Once there is a change in temperature, the the value of the equilibrium constant will change.

[Amber1L]

At each temperature, there is only one possible equilibrium constant because change in temperature changes the equilibrium constant.

[adam_simshauser_1l]

The equilibrium constant is dependent on the Temperature. Remember that cooling a substance will reduce the rate of a reaction and therefore change the equilibrium constant and heating a substance will have the opposite effect.

[Mariet Garcia 1E]

Remember that K depends on temperature, so at a specific temperature K will remain the same, even if the concentrations of the Products/Reactants decreases/increases.