6. The anodic area of a metal surface is oxidized and loses its electrons to the cathodic area. At the cathodic area the oxygen reduces and reacts with the oxidized metal to form metal oxide, so called a. Cathode c. Iron d. Rust b. Electrolyte 7. When an ionic substance is dissolved in water or melted then the ions are free to move. c. Cannot be determined a. True b. False 8. A process of converting the ions of a compound in a liquid state into their reduced or oxidized state by passing an electric current through the compound. a. Electrolytes b. Electrocution c. Electrolysis d. Electricity
6. The anodic area of a metal surface is oxidized and loses its electrons to the cathodic area. At the cathodic area the oxygen reduces and reacts with the oxidized metal to form metal oxide, so called a. Cathode c. Iron d. Rust b. Electrolyte 7. When an ionic substance is dissolved in water or melted then the ions are free to move. c. Cannot be determined a. True b. False 8. A process of converting the ions of a compound in a liquid state into their reduced or oxidized state by passing an electric current through the compound. a. Electrolytes b. Electrocution c. Electrolysis d. Electricity
Chemistry for Today: General, Organic, and Biochemistry
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ISBN:9781305960060
Author:Spencer L. Seager, Michael R. Slabaugh, Maren S. Hansen
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Chapter4: Forces Between Particles
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Problem 4.85E: The ampere unit is used to describe the flow of electricity in an electrical circuit. One ampere is...
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6. The anodic area of a metal surface is oxidized and loses its electrons to the cathodic
area. At the cathodic area the oxygen reduces and reacts with the oxidized metal to
form metal oxide, so called
a. Cathode
c. Iron
d. Rust
b. Electrolyte
7. When an ionic substance is dissolved in water or melted then the ions are free to
move.
a. True
b. False
8. A process of converting the ions of a compound in a liquid state into their reduced
or oxidiz I state by passing an
: current through
compound.
a. Electrolytes
b. Electrocution
c. Cannot be determined
c. Electrolysis
d. Electricity
#
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