Fracking produces radioactive wastewater as well as solids contaminated with radium. To treat this waste, the solid and liquid phases are first separated, and solid waste is put in the landfill. Next, the wastewater can be treated so that radium precipitates out of solution. That way, the solid and liquid can be separated and the water will no longer contain this radioactive element. 7. Which of the following would be the best choice for precipitation of radium ions (Ra*) from water? a. NaNO, b. K,CO, c. Mg(HCO,), d. Li(C,H,O,)

Chemistry: The Molecular Science
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ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
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Chapter14: Acids And Bases
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Fracking produces radioactive wastewater as well as solids contaminated with radium. To treat
this waste, the solid and liquid phases are first separated, and solid waste is put in the landfill.
Next, the wastewater can be treated so that radium precipitates out of solution. That way, the
solid and liquid can be separated and the water will no longer contain this radioactive element.
7. Which of the following would be the best choice for precipitation of radium ions (Ra")
from water?
a. NaNO,
b. K,CO3
c. Mg(HCO,)2
d. Li(C,H,O2)
8. Write a balanced molecular equation for the reaction of RaCl, with your compound of
choice (your answer from the previous question). Include state of matter for each
compound in the reaction.
Transcribed Image Text:Fracking produces radioactive wastewater as well as solids contaminated with radium. To treat this waste, the solid and liquid phases are first separated, and solid waste is put in the landfill. Next, the wastewater can be treated so that radium precipitates out of solution. That way, the solid and liquid can be separated and the water will no longer contain this radioactive element. 7. Which of the following would be the best choice for precipitation of radium ions (Ra") from water? a. NaNO, b. K,CO3 c. Mg(HCO,)2 d. Li(C,H,O2) 8. Write a balanced molecular equation for the reaction of RaCl, with your compound of choice (your answer from the previous question). Include state of matter for each compound in the reaction.
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