The molar mass of the protein is to be calculated from its osmotic pressure at 23.1 ° C . Concept introduction: Solvent always flows from lower concentration to higher concentration. This process of solvent flow is known as osmosis. Now if another side external pressure is applied then this process reversed and this applied reverse pressure is known as osmotic pressure. The higher osmotic pressure containing solution has the higher concentration. Basically, with the help of the value of osmotic pressure the concentration of solvent is calculated and with the help of the concentration the molar mass of the compound is calculated. To determine: The molar mass of the protein for the given value of osmotic pressure.

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Answer 1

Question

Chapter 11, Problem 11.103AP

Interpretation Introduction

Interpretation: The molar mass of the protein is to be calculated from its osmotic pressure at 23.1 °C .

Concept introduction: Solvent always flows from lower concentration to higher concentration. This process of solvent flow is known as osmosis. Now if another side external pressure is applied then this process reversed and this applied reverse pressure is known as osmotic pressure.

The higher osmotic pressure containing solution has the higher concentration. Basically, with the help of the value of osmotic pressure the concentration of solvent is calculated and with the help of the concentration the molar mass of the compound is calculated.

To determine: The molar mass of the protein for the given value of osmotic pressure.

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Answer 2

Question

Chapter 11, Problem 11.103AP

Interpretation Introduction

Interpretation: The molar mass of the protein is to be calculated from its osmotic pressure at 23.1 °C .

Concept introduction: Solvent always flows from lower concentration to higher concentration. This process of solvent flow is known as osmosis. Now if another side external pressure is applied then this process reversed and this applied reverse pressure is known as osmotic pressure.

The higher osmotic pressure containing solution has the higher concentration. Basically, with the help of the value of osmotic pressure the concentration of solvent is calculated and with the help of the concentration the molar mass of the compound is calculated.

To determine: The molar mass of the protein for the given value of osmotic pressure.

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Answer 3

Question

Chapter 11, Problem 11.103AP

Interpretation Introduction

Interpretation: The molar mass of the protein is to be calculated from its osmotic pressure at 23.1 °C .

Concept introduction: Solvent always flows from lower concentration to higher concentration. This process of solvent flow is known as osmosis. Now if another side external pressure is applied then this process reversed and this applied reverse pressure is known as osmotic pressure.

The higher osmotic pressure containing solution has the higher concentration. Basically, with the help of the value of osmotic pressure the concentration of solvent is calculated and with the help of the concentration the molar mass of the compound is calculated.

To determine: The molar mass of the protein for the given value of osmotic pressure.

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Answer 4

Question

Chapter 11, Problem 11.103AP

Interpretation Introduction

Interpretation: The molar mass of the protein is to be calculated from its osmotic pressure at 23.1 °C .

Concept introduction: Solvent always flows from lower concentration to higher concentration. This process of solvent flow is known as osmosis. Now if another side external pressure is applied then this process reversed and this applied reverse pressure is known as osmotic pressure.

The higher osmotic pressure containing solution has the higher concentration. Basically, with the help of the value of osmotic pressure the concentration of solvent is calculated and with the help of the concentration the molar mass of the compound is calculated.

To determine: The molar mass of the protein for the given value of osmotic pressure.

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Answer 5

Chapter 11, Problem 11.103AP

Interpretation Introduction

Interpretation: The molar mass of the protein is to be calculated from its osmotic pressure at 23.1 °C .

Concept introduction: Solvent always flows from lower concentration to higher concentration. This process of solvent flow is known as osmosis. Now if another side external pressure is applied then this process reversed and this applied reverse pressure is known as osmotic pressure.

The higher osmotic pressure containing solution has the higher concentration. Basically, with the help of the value of osmotic pressure the concentration of solvent is calculated and with the help of the concentration the molar mass of the compound is calculated.

To determine: The molar mass of the protein for the given value of osmotic pressure.

Answer 6

Chapter 11, Problem 11.103AP

Interpretation Introduction

Interpretation: The molar mass of the protein is to be calculated from its osmotic pressure at 23.1 °C .

Concept introduction: Solvent always flows from lower concentration to higher concentration. This process of solvent flow is known as osmosis. Now if another side external pressure is applied then this process reversed and this applied reverse pressure is known as osmotic pressure.

The higher osmotic pressure containing solution has the higher concentration. Basically, with the help of the value of osmotic pressure the concentration of solvent is calculated and with the help of the concentration the molar mass of the compound is calculated.

To determine: The molar mass of the protein for the given value of osmotic pressure.

Answer 7

Chapter 11, Problem 11.103AP

Interpretation Introduction

Interpretation: The molar mass of the protein is to be calculated from its osmotic pressure at 23.1 °C .

Concept introduction: Solvent always flows from lower concentration to higher concentration. This process of solvent flow is known as osmosis. Now if another side external pressure is applied then this process reversed and this applied reverse pressure is known as osmotic pressure.

The higher osmotic pressure containing solution has the higher concentration. Basically, with the help of the value of osmotic pressure the concentration of solvent is calculated and with the help of the concentration the molar mass of the compound is calculated.

To determine: The molar mass of the protein for the given value of osmotic pressure.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 11.1 - Prob. 1PE Ch. 11.2 - Prob. 2PE Ch. 11.2 - Prob. 3PE Ch. 11.2 - Prob. 4PE Ch. 11.3 - Prob. 5PE Ch. 11.4 - Prob. 6PE Ch. 11.4 - Prob. 7PE Ch. 11.5 - Prob. 8PE Ch. 11.5 - Prob. 9PE Ch. 11.5 - Prob. 10PE

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Chapter 11 Solutions