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Exhibit 15-4 Consider Dissolving NaF in Water as Shown in the Equation

question 108

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Exhibit 15-4 Consider dissolving NaF in water as shown in the equation below to answer the following question(s) :
NaF (s) + H₂ O ( Exhibit 15-4 Consider dissolving NaF in water as shown in the equation below to answer the following question(s) : NaF (s)  + H₂ O (   )    HF (aq)  + NaOH (aq)  -Refer to Exhibit 15-4. What is the molar concentration of hydroxide, OH - , if the initial concentration of NaF is 0.100 M? A)  [OH<sup> - </sup>] = 1.47×10<sup> - 12</sup> M B)  [OH<sup> - </sup>] = 1.21×10<sup> - 6</sup> M C)  [OH<sup> - </sup>] = 6.8×10<sup> - 5</sup> M D)  [OH<sup> - </sup>] = 8.25×10<sup> - 3</sup> M E)  [OH<sup> - </sup>] = 8.25×10<sup>4</sup> M ) Exhibit 15-4 Consider dissolving NaF in water as shown in the equation below to answer the following question(s) : NaF (s)  + H₂ O (   )    HF (aq)  + NaOH (aq)  -Refer to Exhibit 15-4. What is the molar concentration of hydroxide, OH - , if the initial concentration of NaF is 0.100 M? A)  [OH<sup> - </sup>] = 1.47×10<sup> - 12</sup> M B)  [OH<sup> - </sup>] = 1.21×10<sup> - 6</sup> M C)  [OH<sup> - </sup>] = 6.8×10<sup> - 5</sup> M D)  [OH<sup> - </sup>] = 8.25×10<sup> - 3</sup> M E)  [OH<sup> - </sup>] = 8.25×10<sup>4</sup> M HF (aq) + NaOH (aq)
-Refer to Exhibit 15-4. What is the molar concentration of hydroxide, OH - , if the initial concentration of NaF is 0.100 M?


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