Across
- 1. another name for a galvanic cell
- 3. the charge of hydrogen when not combined with a metal
- 8. the electrode where reduction takes place in a galvanic cell
- 9. The part of the reaction involving oxidation or reduction alone
- 11. The branch of chemistry that deals with electricity-related applications of oxidation-reduction reactions is called _____
- 13. substance that has the potential to cause another substance to be oxidized
- 14. the sum of the charges in all compounds is ____
- 15. device used to connect the two sides of an electrochemical cell
- 17. Any chemical process in which elements undergo changes in oxidation number is an __________ reaction
- 19. substance that has the potential to cause another substance to be reduced
- 20. ion making up a solution of positive or negative ions
- 21. A conductor used to establish electrical contact with a nonmetallic part of a circuit such an electrolyte solution
- 22. An _____ alone in a reaction has a charge of zero
- 24. only type of reaction that does not involve the transfer of electrons
- 25. When a redox reaction's voltage is positive it is a ___________ reaction
- 26. A single electrode immersed in a solution of electrolytes is a _____
Down
- 2. An electrolytic process in which a metal ion is reduced and a solid metal is deposited on a surface is called ________________
- 4. reaction in which an element's oxidation number goes up
- 5. the charge of hydrogen when combined with a metal
- 6. The oxidation of fluorine is always ____
- 7. A process in which a substance acts as both an oxidizing agent and a reducing agent is called ____
- 10. If a battery is required to produce a redox equation then it is called a _______ cell
- 12. All substances reduction potential are measured against this element's electrode (614)
- 16. reaction in which an element's oxidation number goes down
- 18. A system of electrodes and electrolytes in which either chemical reactions produce electrical energy or an electric current produces chemical change
- 23. the electrode where oxidation takes place in a galvanic/voltaic cell
