Dissociation Acids & Bases

Write dissociation equations for the following electrolytes. Show physical states of all species involved!
NaCl

• NaCl  --> Na⁺ + Cl^-
• NaCl_(s)  --> Na⁺_(aq) + Cl^-_(aq)
• NaCl  --> Na + Cl
  
• NaCl_(s) --> Na_(aq) + Cl_(aq)

Write dissociation equations for the following electrolytes. Show physical states of all species involved!
NaOH

• NaOH_(s) --> Na⁺_(aq) + OH^-_(aq) 
• NaOH --> Na⁺ + OH^- 
• NaOH --> Na + OH
• NaOH_(s) --> NaO^-_(aq) + H⁺_(aq) 

Write dissociation equations for the following electrolytes. Show physical states of all species involved!
LiOH

• LiOH_(aq) --> Li⁺_(s) + OH^-_(s) 
• LiOH_(s) --> Li⁺ _(aq) + OH^- _(aq) 
• LiOH_(s) --> Li⁺_(aq) + O_2(aq) + H_2(aq) 
• LiOH_(s) --> Li⁺_(aq) + O₂^2-_(aq) + H_2⁺(aq) 

This particular compound produces lots of OH^- ions.

• Acids

• Bases

• Neutral Solution

• Halogens

Which of the following characteristics is incorrect for a STRONG ACID?

• Partially Ionized

• Produces H⁺ ions

• Strong Electrolyte

• Turns Litmus Paper Blue

Which of the following characteristics is incorrect for a STRONG BASE?

• Completely Ionized

• Produces H⁺ ions

• Strong Electrolyte

• Turns Litmus Paper Red

Which of the following characteristics is incorrect for a WEAK BASE?

• Partially Ionized

• Produces OH^- ions

• Strong Electrolyte

• Turns Litmus Paper Red

A particular solution is added to water. When tested, the solution allows a light bulb to shine very bright and turns litmus paper blue.

• Weak Acid

• Weak Base

• Strong Base

• Strong Acid

A particular solution is added to water. When tested, the solution allows a light bulb to shine very bright and turns litmus paper red.

• Weak Acid

• Weak Base

• Strong Base

• Strong Acid

When an acid is mixed with a base, this process occurs:

• Neutralization

• Precipitation

• Redox

• Combustion