In his next experiment, he needs to determine the Ksp and identity of a sparingly soluble salt MF2. He was given two portions of 25.00 mL saturated MF2 solution. He used the first portion in the titration reaction against a 0.0110 M HNO3 standard solution. The table below shows the experimental data for this titration experiment. Initial buret reading 20.01 mL Final buret reading 29.51 mL Temperature 25.00° C 1. Determine the volume of HNO3 delivered during the titration. 2. Determine the number of moles of HNO3 consumed in the reaction. 3. Write the balanced equation for the titration reaction.
In his next experiment, he needs to determine the Ksp and identity of a sparingly soluble salt MF2. He was given two portions of 25.00 mL saturated MF2 solution. He used the first portion in the titration reaction against a 0.0110 M HNO3 standard solution. The table below shows the experimental data for this titration experiment. Initial buret reading 20.01 mL Final buret reading 29.51 mL Temperature 25.00° C 1. Determine the volume of HNO3 delivered during the titration. 2. Determine the number of moles of HNO3 consumed in the reaction. 3. Write the balanced equation for the titration reaction.
Chapter12: Spectrochemical Methods
Section: Chapter Questions
Problem 15P
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Question
![In his next experiment, he needs to determine the Ksp and identity of a sparingly soluble salt MF2. He was
given two portions of 25.00 mL saturated MF2 solution. He used the first portion in the titration reaction
against a 0.0110 M HNO3 standard solution. The table below shows the experimental data for this titration
experiment.
Initial buret reading
20.01 mL
Final buret reading
29.51 mL
Temperature
25.00° C
1. Determine the volume of HNO3 delivered during the titration.
2. Determine the number of moles of HNO3 consumed in the reaction.
3. Write the balanced equation for the titration reaction.
4. Determine the molar solubility of the M2+ and F.
5. Determine the Ksp value of MF2. Report the final answer in proper SF.
B.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2d5fd604-052e-4848-886e-b5224cb55b35%2F07ad4f09-aeca-4999-9fe8-8c3fb6c740f8%2Fmxldw9e_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In his next experiment, he needs to determine the Ksp and identity of a sparingly soluble salt MF2. He was
given two portions of 25.00 mL saturated MF2 solution. He used the first portion in the titration reaction
against a 0.0110 M HNO3 standard solution. The table below shows the experimental data for this titration
experiment.
Initial buret reading
20.01 mL
Final buret reading
29.51 mL
Temperature
25.00° C
1. Determine the volume of HNO3 delivered during the titration.
2. Determine the number of moles of HNO3 consumed in the reaction.
3. Write the balanced equation for the titration reaction.
4. Determine the molar solubility of the M2+ and F.
5. Determine the Ksp value of MF2. Report the final answer in proper SF.
B.
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