The compounds are should be arranged in the increasing order of electrolytic strength, which is present in the solutions of give diagram. Concept introduction: Electrolyte: The electrolyte is a chemical compound, which is produced the ions that dissolved in water and this solution allow to conducts electricity. The strength of the electrolyte is increases by increasing number of ions in solution. Non electrolyte: The non electrolyte is a chemical compound that dissolved in water to produced solution and this solution does not conduct the electricity because of it does not dissociate to produces ions. Weak electrolyte: The chemical compound which is not completely dissociates to produce the ions in its aqueous solution is called weak electrolyte. Strong electrolyte: The chemical compound which is completely dissociates to produce the ions in its aqueous solution is called strong electrolyte.

Question

Want to see the full answer?

Answer 1

Question

Chapter 9, Problem 9.9QP

Interpretation Introduction

Interpretation:

The compounds are should be arranged in the increasing order of electrolytic strength, which is present in the solutions of give diagram.

Concept introduction:

Electrolyte:

The electrolyte is a chemical compound, which is produced the ions that dissolved in water and this solution allow to conducts electricity.

The strength of the electrolyte is increases by increasing number of ions in solution.

Non electrolyte:

The non electrolyte is a chemical compound that dissolved in water to produced solution and this solution does not conduct the electricity because of it does not dissociate to produces ions.

Weak electrolyte:

The chemical compound which is not completely dissociates to produce the ions in its aqueous solution is called weak electrolyte.

Strong electrolyte:

The chemical compound which is completely dissociates to produce the ions in its aqueous solution is called strong electrolyte.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Aluminum sulfate, known as cake alum, has a remarkably wide range of uses, from dyeing leather and cloth to purifying sewage. In aqueous solution, it reacts with base to form a white precipitate. (a) Write balanced total and net ionic equations for its reaction with aqueous NaOH. (Type your answer using the format (NH4)2CO3 for (NH4)2CO3, [NH4]+ for NH4*, and [Ni(CN)4]2- for Ni(CN)42. Use the lowest possible coefficients. Type the cation before the anion.) overall equation 1 Al(SO4)3 X (aq) + 6 NaOH(aq) 2 Al X (aq) + 3 S04 X (s) net ionic 1 (b) What mass of precipitate forms when 104.5 ml of 0.616 M NAOH is added to 517 mL of a solution that contains 18.4 g aluminum sulfate per liter? 4.0 1.67 Al X (aq) + 3 OH X (aq) → 1 Al(OH)3 (s) g

Aluminum sulfate, known as cake alum, has a remarkably wide range of uses, from dyeing leather and cloth to purifying sewage. In aqueous solution, it reacts with base to form a white precipitate. (a) Write balanced total and net ionic equations for its reaction with aqueous NaOH. (Type your answer using the format (NH4)2CO3 for (NH4)2CO3, [NH4]+ for NH4+, and [Ni(CN)4]2- for Ni(CN)42-. Use the lowest possible coefficients. Type the cation before the anion.)overall equationnet ionic

Aluminum sulfate, known as cake alum, has a remarkably wide range of uses, from dyeing leather and cloth to purifying sewage. In aqueous solution, it reacts with base to form a white precipitate. (a) Write balanced total and net ionic equations for its reaction with aqueous NaOH. (Type your answer using the format (NH4)2CO3 for (NH4)2CO3, [NH4]+ for NH4+, and [Ni(CN)4]2- for Ni(CN)42-. Use the lowest possible coefficients. Type the cation before the anion.)overall equation (aq) + NaOH(aq) (aq) + (s)net ionic (aq) + (aq) (s)(b) What mass of precipitate forms when 104.5 mL of 0.616 M NaOH is added to 517 mL of a solution that contains 18.4 g aluminum sulfate per liter? g