HF(aq) HSO3 (aq) F (aq) H2SO3(aq) 7. 8. The product of an Arrhenius acid and base neutralization are a/an water and salt Complete and balance the following reactions: HBr + NaOH > 9. H2SO4 + КОН > 10. 11. HCI Ca(OH)2 -> Fe(OH) 12. H2SO, > NAMING ACIDS & BASES: 13. What is the correct formula for nitrous acid? HNO2 14. What is the correct formula for hydrobromic acid? HBr 15. What is the correct name for Ha PO;? Phosphorous Acid 16. What is the correct name for HNO:? Nitric Acid 17. What is the correct formula for bromic acid? TIB:03 18 What is the correct name for H2SO:? Sulfuric acid

Fundamentals Of Analytical Chemistry
9th Edition
ISBN:9781285640686
Author:Skoog
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Chapter14: Principles Of Neutralization Titrations
Section: Chapter Questions
Problem 14.32QAP
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HF(aq)
HSO3 (aq)
F (aq)
H2SO3(aq)
7.
8. The product of an Arrhenius acid and base neutralization are a/an water
and salt
Complete and balance the following reactions:
HBr +
NaOH >
9.
H2SO4 +
KOH →
10.
11.
HCI
Ca(OH)2
->
Fe(OH)
12.
H SO, >
NAMING ACIDS & BASES:
13. What is the correct formula for nitrous acid? HNO2
14. What is the correct formula for hydrobromic acid? HBr
15. What is the correct name for Ha PO:? Phosphorous Acid
16. What is the correct name for HNO:? Nitric Acid
17. What is the correct formula for bromic acid? TIB:03
18. What is the correct name for H25O2? Sulfuric acid
Transcribed Image Text:HF(aq) HSO3 (aq) F (aq) H2SO3(aq) 7. 8. The product of an Arrhenius acid and base neutralization are a/an water and salt Complete and balance the following reactions: HBr + NaOH > 9. H2SO4 + KOH → 10. 11. HCI Ca(OH)2 -> Fe(OH) 12. H SO, > NAMING ACIDS & BASES: 13. What is the correct formula for nitrous acid? HNO2 14. What is the correct formula for hydrobromic acid? HBr 15. What is the correct name for Ha PO:? Phosphorous Acid 16. What is the correct name for HNO:? Nitric Acid 17. What is the correct formula for bromic acid? TIB:03 18. What is the correct name for H25O2? Sulfuric acid
Expert Solution
Step 1

According to Arrhenius theory,

 acid is a substance that gives H+ ion on dissolving in the aqueous solution. It increases the concentration of H+ ions in the aqueous solution.

The base is a substance that ionizes OH ion by dissolving in the aqueous solutions.

A neutralization reaction in which an acid and base quantitatively react together to form salt and water as products. 

In a neutralization reaction, there is a combination of H+ ions and OH ions which form water. A neutralisation reaction is generally an acid-base  neutralization reaction.

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