import from another browser. Import favorites [Review Topics] Although there are a number of magnesium-containing minerals, the commercial source of this metal is seawater. Treatment of seawater with Ca(OH)2 gives insoluble Mg(OH)2- This reacts with HCl to produce MgCl,, which is dried, and the metal is [References] obtained by electrolysis of the molten salt. (The density of seawater is 1.025 g/cm and the concentration of Mg* in seawater is 0.052 mol/L.) 2+ Calculate the mass of Mg that could be obtained by the process described above from 8.0 L of seawater. Mass = To prepare 290. kg of Mg, what volume of seawater would be needed? Volume Retry Entire Group 4 more group attempts remaining Submit Answwer 6:42 PM A6 40 3/21/2020 FLP 80

Chemistry & Chemical Reactivity
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Chapter20: Environmental Chemistry-earth's Environment, Energy, And Sustainability
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Problem 11PS: Although there are a number of magnesium-containing minerals, the commercial source of this metal is...
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[Review Topics]
Although there are a number of magnesium-containing minerals, the commercial source of this metal is seawater. Treatment of
seawater with Ca(OH)2 gives insoluble Mg(OH)2- This reacts with HCl to produce MgCl,, which is dried, and the metal is
[References]
obtained by electrolysis of the molten salt. (The density of seawater is 1.025 g/cm and the concentration of Mg* in seawater
is 0.052 mol/L.)
2+
Calculate the mass of Mg that could be obtained by the process described above from 8.0 L of seawater.
Mass =
To prepare 290. kg of Mg, what volume of seawater would be needed?
Volume
Retry Entire Group
4 more group attempts remaining
Submit Answwer
6:42 PM
A6 40 3/21/2020
FLP
80
Transcribed Image Text:import from another browser. Import favorites [Review Topics] Although there are a number of magnesium-containing minerals, the commercial source of this metal is seawater. Treatment of seawater with Ca(OH)2 gives insoluble Mg(OH)2- This reacts with HCl to produce MgCl,, which is dried, and the metal is [References] obtained by electrolysis of the molten salt. (The density of seawater is 1.025 g/cm and the concentration of Mg* in seawater is 0.052 mol/L.) 2+ Calculate the mass of Mg that could be obtained by the process described above from 8.0 L of seawater. Mass = To prepare 290. kg of Mg, what volume of seawater would be needed? Volume Retry Entire Group 4 more group attempts remaining Submit Answwer 6:42 PM A6 40 3/21/2020 FLP 80
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