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Since the equilibrium constant can only be affected by temperature, even in low O2 concentration, the Ksp of Fe(OH)2 remains the same.

Dissolved oxygen in water

Aquatic organisms perform gaseous  exchange using the gills as such, the oxygen that is present in water is dissolved oxygen. The dissolved oxygen content is also one of the indicators of water quality.

Let us note that Ksp is an equilibrium constant. It is important to note that equilibrium constant can only be affected by the temperature if the system hence, in locations with very low dissolved O2 concentrations in drinking water, the observed Ksp of ferrous (II) hydroxide will be the same.

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batolisis

The observed Ksp of ferrous ( II ) hydroxide will be : The same

Factor affecting Ksp

In areas with low dissolved O₂ concentrations in water will still have its Ksp to be the same because the concentration of oxygen does not have a direct impact the Ksp value.

The factor which has a direct impact on the Ksp value of ferrous ( II ) Hydroxide is the change in temperature.

Hence we can conclude that the observed Ksp of ferrous ( II ) hydroxide will be The same.

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