Using activity coefficients, calculate the concentration of Co“ present in a 0.1 M solution of KNO; saturated with COCO3(s). Calculate the expected concentration without activity coefficients (using only K) and state which is larger. COCO3 Km =1.0x1010

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d) CF
4) Using activity coefficients, calculate the concentration of Co2" present in a 0.1 M solution of KNO3
saturated with COCO3(s). Calculate the expected concentration without activity coefficients (using only
Ksp) and state which is larger.
COCO3
Kp =1.0x1010
Transcribed Image Text:d) CF 4) Using activity coefficients, calculate the concentration of Co2" present in a 0.1 M solution of KNO3 saturated with COCO3(s). Calculate the expected concentration without activity coefficients (using only Ksp) and state which is larger. COCO3 Kp =1.0x1010
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