7) In a reaction, 3.6 M hydrochloric acid is titrated with 3.5 M barium hydroxide. If 598 mL of acid is used in the reaction, how many mL of base is needed to complete the titration. For problems 8-10, create balanced equations for the reactions of the two compounds. Indicate the oxidation numbers for EACH atom participating in the reactions. Write the half reactions for each redox reaction. 8) Rubidium iodide reacts with chlorine gas to form rubidium chloride and iodine. 10) Iron (II) ion reacts with aqueous perchloric acid to yield iron (III) ion and chloric ion. Lithium reacts with phosphoric acid.
7) In a reaction, 3.6 M hydrochloric acid is titrated with 3.5 M barium hydroxide. If 598 mL of acid is used in the reaction, how many mL of base is needed to complete the titration. For problems 8-10, create balanced equations for the reactions of the two compounds. Indicate the oxidation numbers for EACH atom participating in the reactions. Write the half reactions for each redox reaction. 8) Rubidium iodide reacts with chlorine gas to form rubidium chloride and iodine. 10) Iron (II) ion reacts with aqueous perchloric acid to yield iron (III) ion and chloric ion. Lithium reacts with phosphoric acid.
Chapter18: Introduction To Electrochemistry
Section: Chapter Questions
Problem 18.11QAP
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Please help with 7,8,10
Transcribed Image Text:7)
In a reaction, 3.6 M hydrochloric acid is titrated with 3.5 M barium hydroxide.
If 598 mL of acid is used in the reaction, how many mL of base is needed to complete the
titration.
For problems 8-10, create balanced equations for the reactions of the two compounds. Indicate
the oxidation numbers for EACH atom participating in the reactions. Write the half reactions
for each redox reaction.
8)
Rubidium iodide reacts with chlorine gas to form rubidium chloride and iodine.
10)
Iron (II) ion reacts with aqueous perchloric acid to yield iron (III) ion and chloric ion.
Lithium reacts with phosphoric acid.
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