What is the [Br-] in 0.010 M AgNO3 that is saturated with AgBr2 at 25 °C? AgBr2 Ksp = 5.0 x 10-13 [Br-] = [?] x 10²] M ?]

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### Calculation of Bromide Ion Concentration in Saturated Solution

**Problem Statement:**
What is the \([Br^-]\) in 0.010 M \(AgNO_3\) that is saturated with \(AgBr_2\) at \(25 \degree C\)?

Given data:
\[ \text{AgBr}_2 \quad K_{sp} = 5.0 \times 10^{-13} \]

**To Solve:**

Calculate the bromide ion concentration in mol/L \([Br^-]\):

\[ [Br^-] = [ \text{?} ] \times 10^{[ \text{?} ]} \, \text{M} \]

- **Coefficient (Green)**
- **Exponent (Yellow)**

[Input Fields and 'Enter' Button]

Use the provided saturation concentration and solubility product to determine the concentration of bromide ions in the solution.

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This text-based description and instructions are ideal for an educational website, directing students on how to approach and solve the solubility product problem.
Transcribed Image Text:### Calculation of Bromide Ion Concentration in Saturated Solution **Problem Statement:** What is the \([Br^-]\) in 0.010 M \(AgNO_3\) that is saturated with \(AgBr_2\) at \(25 \degree C\)? Given data: \[ \text{AgBr}_2 \quad K_{sp} = 5.0 \times 10^{-13} \] **To Solve:** Calculate the bromide ion concentration in mol/L \([Br^-]\): \[ [Br^-] = [ \text{?} ] \times 10^{[ \text{?} ]} \, \text{M} \] - **Coefficient (Green)** - **Exponent (Yellow)** [Input Fields and 'Enter' Button] Use the provided saturation concentration and solubility product to determine the concentration of bromide ions in the solution. --- This text-based description and instructions are ideal for an educational website, directing students on how to approach and solve the solubility product problem.
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