Reactants Products Reactants Products Diagram 1 Diagram 2 • H O- Na - OH A solution of HI is combined with a solution of NaOH. Two particle diagrams for the reaction are shown. Which of the following identifies the particle diagram that represents the net ionic equation and provides the correct reasoning support the choice? A Diagram 1, because it shows that strong acids and strong bases dissociate completely in solution. B) Diagram 1, because all of the spectator ions have been removed, leaving only the reacting species. c) Diagram 2, because all of the spectator ions have been removed, leaving only the reacting species. D) Diagram 2, because it includes only neutral species, which is all that should be included in net ionic equations.

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Chapter4: Chemical Reactions
Section: Chapter Questions
Problem 4.26QP: Equal quantities of the hypothetical strong acid HX, weak acid HA, and weak base BZ are added to...
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Reactants
Products
Reactants
Products
Diagram 1
Diagram 2
O- Na*
= H,0
= OH
A solution of HI is combined with a solution of NaOH Two particle diagrams for the reaction are shown. Which of the following identifies the particle diagram that represents the net ionic equation and provides the correct reasoning to support the choice?
A) Diagram 1, because it shows that strong acids and strong bases dissociate completely
solution.
B
Diagram 1, because all of the spectator ions have been removed, leaving only the reacting species.
c) Diagram 2, because all of the spectator ions have been removed, leaving only the reacting species.
D) Diagram 2, because it includes only neutral species, which is all that should be included in net ionic equations.
Transcribed Image Text:Reactants Products Reactants Products Diagram 1 Diagram 2 O- Na* = H,0 = OH A solution of HI is combined with a solution of NaOH Two particle diagrams for the reaction are shown. Which of the following identifies the particle diagram that represents the net ionic equation and provides the correct reasoning to support the choice? A) Diagram 1, because it shows that strong acids and strong bases dissociate completely solution. B Diagram 1, because all of the spectator ions have been removed, leaving only the reacting species. c) Diagram 2, because all of the spectator ions have been removed, leaving only the reacting species. D) Diagram 2, because it includes only neutral species, which is all that should be included in net ionic equations.
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