3. In water, the molar solubility of MX2 is 0.10 M; in 1.0 M NaX, its molar solubility is 0.0040 M, and in 1.0 M M(NO3)2, its molar solubility is 0.030 M. Calculate the average Ksp of MX2. In water In 1.0 M NaX In 1.0 M M(N03)2 Molar Solubility 0.10 M 0.0040 M 0.030 M Ksp Average Ksp

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**Problem 3:**

In water, the molar solubility of MX₂ is 0.10 M; in 1.0 M NaX, its molar solubility is 0.0040 M, and in 1.0 M M(NO₃)₂, its molar solubility is 0.030 M. Calculate the average Ksp of MX₂.

**Table: Molar Solubility and Ksp of MX₂**

|                  | In Water | In 1.0 M NaX | In 1.0 M M(NO₃)₂ |
|------------------|----------|--------------|------------------|
| **Molar Solubility** | 0.10 M   | 0.0040 M     | 0.030 M          |
| **Ksp**          |          |              |                  |
| **Average Ksp**  |          |              |                  |

- **Explanation of the Table:**
  - The table presents data on the molar solubility of the compound MX₂ under three different conditions: in pure water, in a 1.0 M solution of NaX, and in a 1.0 M solution of M(NO₃)₂.
  - The first row under "Molar Solubility" shows the solubility values: 0.10 M in pure water, 0.0040 M in 1.0 M NaX, and 0.030 M in 1.0 M M(NO₃)₂.
  - The blank rows for "Ksp" and "Average Ksp" suggest a calculation is needed to determine these values based on the given solubilities.
Transcribed Image Text:**Problem 3:** In water, the molar solubility of MX₂ is 0.10 M; in 1.0 M NaX, its molar solubility is 0.0040 M, and in 1.0 M M(NO₃)₂, its molar solubility is 0.030 M. Calculate the average Ksp of MX₂. **Table: Molar Solubility and Ksp of MX₂** | | In Water | In 1.0 M NaX | In 1.0 M M(NO₃)₂ | |------------------|----------|--------------|------------------| | **Molar Solubility** | 0.10 M | 0.0040 M | 0.030 M | | **Ksp** | | | | | **Average Ksp** | | | | - **Explanation of the Table:** - The table presents data on the molar solubility of the compound MX₂ under three different conditions: in pure water, in a 1.0 M solution of NaX, and in a 1.0 M solution of M(NO₃)₂. - The first row under "Molar Solubility" shows the solubility values: 0.10 M in pure water, 0.0040 M in 1.0 M NaX, and 0.030 M in 1.0 M M(NO₃)₂. - The blank rows for "Ksp" and "Average Ksp" suggest a calculation is needed to determine these values based on the given solubilities.
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