The circumstance under which Δ E and Δ H are equal has to be described. Concept Introduction: In thermodynamics , a system refers to a macroscopic material made of particles to say in simple words it is composed of certain quantity of matter. The molecules contained in the substance of a system possesses different types of energy such as potential energy, kinetic energy, translational energy, vibrational energy, rotational energy, electrical energy. The sum of all of these energy possessed by the matter of the system is termed as internal energy of the system. Enthalpy corresponds to heat content of the system and it is represented by ‘H’ and it is the sum of internal energy ‘E’ and product of volume and pressure, H = E + P V

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Answer 1

Question

Chapter 8, Problem 8.56SP

Interpretation Introduction

Interpretation:

The circumstance under which ΔE and ΔH are equal has to be described.

Concept Introduction:

In thermodynamics, a system refers to a macroscopic material made of particles to say in simple words it is composed of certain quantity of matter. The molecules contained in the substance of a system possesses different types of energy such as potential energy, kinetic energy, translational energy, vibrational energy, rotational energy, electrical energy. The sum of all of these energy possessed by the matter of the system is termed as internal energy of the system.

Enthalpy corresponds to heat content of the system and it is represented by ‘H’ and it is the sum of internal energy ‘E’ and product of volume and pressure,

H=E+PV

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Answer 2

Question

Chapter 8, Problem 8.56SP

Interpretation Introduction

Interpretation:

The circumstance under which ΔE and ΔH are equal has to be described.

Concept Introduction:

In thermodynamics, a system refers to a macroscopic material made of particles to say in simple words it is composed of certain quantity of matter. The molecules contained in the substance of a system possesses different types of energy such as potential energy, kinetic energy, translational energy, vibrational energy, rotational energy, electrical energy. The sum of all of these energy possessed by the matter of the system is termed as internal energy of the system.

Enthalpy corresponds to heat content of the system and it is represented by ‘H’ and it is the sum of internal energy ‘E’ and product of volume and pressure,

H=E+PV

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Answer 3

Question

Chapter 8, Problem 8.56SP

Interpretation Introduction

Interpretation:

The circumstance under which ΔE and ΔH are equal has to be described.

Concept Introduction:

In thermodynamics, a system refers to a macroscopic material made of particles to say in simple words it is composed of certain quantity of matter. The molecules contained in the substance of a system possesses different types of energy such as potential energy, kinetic energy, translational energy, vibrational energy, rotational energy, electrical energy. The sum of all of these energy possessed by the matter of the system is termed as internal energy of the system.

Enthalpy corresponds to heat content of the system and it is represented by ‘H’ and it is the sum of internal energy ‘E’ and product of volume and pressure,

H=E+PV

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Answer 4

Question

Chapter 8, Problem 8.56SP

Interpretation Introduction

Interpretation:

The circumstance under which ΔE and ΔH are equal has to be described.

Concept Introduction:

In thermodynamics, a system refers to a macroscopic material made of particles to say in simple words it is composed of certain quantity of matter. The molecules contained in the substance of a system possesses different types of energy such as potential energy, kinetic energy, translational energy, vibrational energy, rotational energy, electrical energy. The sum of all of these energy possessed by the matter of the system is termed as internal energy of the system.

Enthalpy corresponds to heat content of the system and it is represented by ‘H’ and it is the sum of internal energy ‘E’ and product of volume and pressure,

H=E+PV

Expert Solution & Answer

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Answer 5

Chapter 8, Problem 8.56SP

Interpretation Introduction

Interpretation:

The circumstance under which ΔE and ΔH are equal has to be described.

Concept Introduction:

In thermodynamics, a system refers to a macroscopic material made of particles to say in simple words it is composed of certain quantity of matter. The molecules contained in the substance of a system possesses different types of energy such as potential energy, kinetic energy, translational energy, vibrational energy, rotational energy, electrical energy. The sum of all of these energy possessed by the matter of the system is termed as internal energy of the system.

Enthalpy corresponds to heat content of the system and it is represented by ‘H’ and it is the sum of internal energy ‘E’ and product of volume and pressure,

H=E+PV

Answer 6

Chapter 8, Problem 8.56SP

Interpretation Introduction

Interpretation:

The circumstance under which ΔE and ΔH are equal has to be described.

Concept Introduction:

In thermodynamics, a system refers to a macroscopic material made of particles to say in simple words it is composed of certain quantity of matter. The molecules contained in the substance of a system possesses different types of energy such as potential energy, kinetic energy, translational energy, vibrational energy, rotational energy, electrical energy. The sum of all of these energy possessed by the matter of the system is termed as internal energy of the system.

Enthalpy corresponds to heat content of the system and it is represented by ‘H’ and it is the sum of internal energy ‘E’ and product of volume and pressure,

H=E+PV

Answer 7

Chapter 8, Problem 8.56SP

Interpretation Introduction

Interpretation:

The circumstance under which ΔE and ΔH are equal has to be described.

Concept Introduction:

In thermodynamics, a system refers to a macroscopic material made of particles to say in simple words it is composed of certain quantity of matter. The molecules contained in the substance of a system possesses different types of energy such as potential energy, kinetic energy, translational energy, vibrational energy, rotational energy, electrical energy. The sum of all of these energy possessed by the matter of the system is termed as internal energy of the system.

Enthalpy corresponds to heat content of the system and it is represented by ‘H’ and it is the sum of internal energy ‘E’ and product of volume and pressure,

H=E+PV

Answer 8

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Answer 9

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Answer 10

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Answer 11

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Solution Summary: The author explains that thermodynamics refers to a macroscopic material made of particles to say in simple words it is composed of certain quantity of matter.

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