When salt is dissolved into water, it dissociates into ions forming cations and anions. When salt is dissolved into water, it gets dissolved and dissociates into ion. MF x →M x+ +xF - In case of strong salt, it is completely dissociated into elemental ion. Concept introduction: ∆ T b = i×m×K b Here, ∆ T b = Temperature different of solution,m= molality, K b = boiling constsnt Molality = No . of moles of solute K g of solvent To determine: The formula of the salt MF X

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Answer 1

Question

Chapter 13, Problem 140E

Interpretation Introduction

Interpretation:

When salt is dissolved into water, it dissociates into ions forming cations and anions.

When salt is dissolved into water, it gets dissolved and dissociates into ion.

MF_x→M^x++xF ^-

In case of strong salt, it is completely dissociated into elemental ion.

Concept introduction:

∆T_b = i×m×K_b

Here,

∆T_b = Temperature different of solution,m= molality, K_b = boiling constsnt

$Molality = \frac{No . of moles of solute}{K g of solvent}$

To determine: The formula of the salt MF_X

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Answer 2

Question

Chapter 13, Problem 140E

Interpretation Introduction

Interpretation:

When salt is dissolved into water, it dissociates into ions forming cations and anions.

When salt is dissolved into water, it gets dissolved and dissociates into ion.

MF_x→M^x++xF ^-

In case of strong salt, it is completely dissociated into elemental ion.

Concept introduction:

∆T_b = i×m×K_b

Here,

∆T_b = Temperature different of solution,m= molality, K_b = boiling constsnt

$Molality = \frac{No . of moles of solute}{K g of solvent}$

To determine: The formula of the salt MF_X

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 13, Problem 140E

Interpretation Introduction

Interpretation:

When salt is dissolved into water, it dissociates into ions forming cations and anions.

When salt is dissolved into water, it gets dissolved and dissociates into ion.

MF_x→M^x++xF ^-

In case of strong salt, it is completely dissociated into elemental ion.

Concept introduction:

∆T_b = i×m×K_b

Here,

∆T_b = Temperature different of solution,m= molality, K_b = boiling constsnt

$Molality = \frac{No . of moles of solute}{K g of solvent}$

To determine: The formula of the salt MF_X

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 13, Problem 140E

Interpretation Introduction

Interpretation:

When salt is dissolved into water, it dissociates into ions forming cations and anions.

When salt is dissolved into water, it gets dissolved and dissociates into ion.

MF_x→M^x++xF ^-

In case of strong salt, it is completely dissociated into elemental ion.

Concept introduction:

∆T_b = i×m×K_b

Here,

∆T_b = Temperature different of solution,m= molality, K_b = boiling constsnt

$Molality = \frac{No . of moles of solute}{K g of solvent}$

To determine: The formula of the salt MF_X

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 5

Chapter 13, Problem 140E

Interpretation Introduction

Interpretation:

When salt is dissolved into water, it dissociates into ions forming cations and anions.

When salt is dissolved into water, it gets dissolved and dissociates into ion.

MF_x→M^x++xF ^-

In case of strong salt, it is completely dissociated into elemental ion.

Concept introduction:

∆T_b = i×m×K_b

Here,

∆T_b = Temperature different of solution,m= molality, K_b = boiling constsnt

$Molality = \frac{No . of moles of solute}{K g of solvent}$

To determine: The formula of the salt MF_X

Answer 6

Chapter 13, Problem 140E

Interpretation Introduction

Interpretation:

When salt is dissolved into water, it dissociates into ions forming cations and anions.

When salt is dissolved into water, it gets dissolved and dissociates into ion.

MF_x→M^x++xF ^-

In case of strong salt, it is completely dissociated into elemental ion.

Concept introduction:

∆T_b = i×m×K_b

Here,

∆T_b = Temperature different of solution,m= molality, K_b = boiling constsnt

$Molality = \frac{No . of moles of solute}{K g of solvent}$

To determine: The formula of the salt MF_X

Answer 7

Chapter 13, Problem 140E

Interpretation Introduction

Interpretation:

When salt is dissolved into water, it dissociates into ions forming cations and anions.

When salt is dissolved into water, it gets dissolved and dissociates into ion.

MF_x→M^x++xF ^-

In case of strong salt, it is completely dissociated into elemental ion.

Concept introduction:

∆T_b = i×m×K_b

Here,

∆T_b = Temperature different of solution,m= molality, K_b = boiling constsnt

$Molality = \frac{No . of moles of solute}{K g of solvent}$

To determine: The formula of the salt MF_X

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 13 - What is a solution? What are the solute and...Ch. 13 - What does it mean when we say that a substance is...Ch. 13 - Why do two ideal gases thoroughly mix when...Ch. 13 - Prob. 4E Ch. 13 - Prob. 5E Ch. 13 - Explain how the relative strengths of...Ch. 13 - What does the statement like dissolves like mean...Ch. 13 - Prob. 8E Ch. 13 - What is the heat of hydration(Hhydration)? How...Ch. 13 - Prob. 10E

Solution Summary: The author explains how salt is dissolved into water and dissociates into ions forming cations and anions.

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Chapter 13 Solutions