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SINGLE DISPLACEMENT REACTION
- 1.
- 2. A single-displacement reaction, alsoknown as a single- replacement reaction, is a type of chemical reaction where an element replaces another element from a compound.
- 3. A+BC Here, A replacesB in the compound BC. B+AC
- 4.
- 5. A more reactivemetal replaces a less reactive metal. A more reactive nonmetal replaces a less reactive nonmetal.
- 6. In the periodictable, we can see where the metals and nonmetals are located. The metals are located on the left side of the stairs and the nonmetals are located on the right side of the stairs.
- 7.
- 8. ACTIVITY SERIES OF METALSAND NONMETALS
- 9. The more reactive elementtakes the place or replace the less reactive element in a compound.
- 10. ACTIVITY SERIES OFMETALS AND HYDROGEN MOST REACTIVE LEAST REACTIVE
- 11. ACTIVITY SERIES OF NONMETALS MOSTREACTIVE LEAST REACTIVE
- 12. HOW TO COMPLETEA SINGLE DISPLACEMENT REACTION
- 13. DETERMINE IF THE REACTIONWILL OCCUR. The reaction will only proceed if the element that replaces the original element is more reactive. Can Cl replace K? or Br?
- 14. Cl2+KBr ? ? Cl isa nonmetal element and K is a metal element. They are not replaceable. Take note: The replacement is for metals to metals and nonmetals to nonmetals only.
- 15. Cl2+KBr ? ? Let’s takea look on their activity series.
- 16. MOST REACTIVE LEASTREACTIVE
- 17. DETERMINE THE PRODUCTS. The productis when the elements are already replaced.
- 18.
- 19. DISTRIBUTE THE ELEMENTS. Distribute theelements in a compound. Before and after you replaced them.
- 20. Cl2 + KBr 2Cl + 1 K 1 Br Br2 + KCl 2 Br + 1 K 1 Cl
- 21. COMBINE THE ELEMENTS YOU DISTRIBUTED(STEP 3). Add the distributed number of elements the final reaction.
- 22. Cl2 + KBr 2Cl 1 K 1 Br 2Cl 2KBr Br2 + KCl 2 Br 1 K 1 Cl 2Br 2KCl
- 23.
- 24. DISTRIBUTE THE FINAL REACTION. Distribute theway you distribute 3).
- 25. 2Cl 2KBr 2 Cl2 K 2 Br 2Br 2KCl 2 Br 2 K 2 Cl
- 26.