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Distilled Water
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In the absence of dissolved electrolytes, water will not conduct electricity, so no electrolysis occurs.(33)
tin(IV) chloride
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SnCl4
Electrolysis of a tin(IV) chloride solution produces oxygen at the anode, hydrogen and tin(II) ion at the cathode.(33)
tin(II) chloride
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SnCl2
Electrolysis of a tin(II) chloride solution produces oxygen at the anode and tin metal at the cathode.(33)
sodium nitrate
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NaNO3
Electrolysis of a sodium nitrate solution produces oxygen at the anode and hydrogen at the cathode.(33)
magnesium nitrate
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Mg(NO3)2
Electrolysis of a magnesium nitrate solution produces oxygen at the anode and hydrogen at the cathode.(33)
aluminum nitrate
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Al(NO3)3
Electrolysis of an aluminum nitrate solution produces oxygen at the anode and hydrogen at the cathode.(33)
potassium nitrate
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KNO3
Electrolysis of a potassium nitrate solution produces oxygen at the anode and hydrogen at the cathode.(33)
calcium nitrate
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Ca(NO3)2
Electrolysis of a calcium nitrate solution produces oxygen at the anode and hydrogen at the cathode.(33)
cobalt(II) nitrate
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Co(NO3)2
Electrolysis of a cobalt(II) nitrate solution produces oxygen at the anode, and hydrogen and cobalt at the cathode.(33)
nickel(II) nitrate
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Ni(NO3)2
Electrolysis of a nickel(II) nitrate solution produces oxygen at the anode, and hydrogen and nickel at the cathode.(33)
copper(II) nitrate
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Cu(NO3)2
Electrolysis of a copper(II) nitrate solution produces oxygen at the anode and copper at the cathode.(33)
zinc nitrate
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Zn(NO3)2
Electrolysis of a zinc nitrate solution produces oxygen at the anode and zinc at the cathode.(33)
strontium nitrate
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Sr(NO3)2
Electrolysis of a strontium nitrate solution produces oxygen at the anode and hydrogen at the cathode.(33)
silver nitrate
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AgNO3
Electrolysis of a silver nitrate solution produces oxygen at the anode and silver at the cathode.(33)
barium nitrate
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Ba(NO3)2
Electrolysis of a barium nitrate solution produces oxygen at the anode and hydrogen at the cathode.(33)
lead(II) nitrate
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Pb(NO3)2
Electrolysis of a lead(II) nitrate solution produces oxygen at the anode and lead at the cathode.(33)
© 1997 Division of Chemical Education, Inc., American Chemical Society. All rights reserved.