|
Compound |
Conductivity (S/m) |
Type of Compound |
Non-, weak or strong electrolyte |
|
NaCl |
43.00(s/m) |
||
|
Na2CO3 |
68.53(s/m) |
||
|
NaHCO3 |
33.24(s/m) |
||
|
KNO3 |
37.43(s/m) |
||
|
NH4Cl |
56.92(s/m) |
||
|
NH3 |
0.82(s/m) |
||
|
HCl |
39.29(s/m) |
||
|
HCN |
0.01(s/m) |
||
|
HAc (HC2H3O2) |
0.54(s/m) |
When an ionic solid dissolves in water, water molecules attract the ions causing them to dissociate or come apart. The resulting dissolved ions are electrically charged particles that allow the solution to conduct electricity. Write balanced chemical equations that represent the dissociation or ionization of all compounds in the table above. You may use an additional page if you run out of space.
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Compound Conductivity (S/m) Type of Compound Non-, weak or strong electrolyte NaCl 43.00(s/m) Na2CO3 68.53(s/m) NaHCO3...