(a) Interpretation: The boiling point of water in A 0 if melting point of ammonia is 0 A 0 or − 77.75 C 0 and boiling point of ammonia is 100 A 0 or - 33.35 C 0 needs to be determined. Concept introduction: The conversion factor required to determine the results in different or desired scale by equivalizing the different units. The temperature of the sample at given scale degree M can be identified as follows: ( T calculated ( in o A ) – T lower ( in o A ) ) ( T higher ( in o A ) – T lower ( in o A ) ) = ( T calculated ( in o C ) – T lower ( in o C ) ) ( T higher ( in o C ) – T lower ( in o C ) )

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Answer 1

Question

Chapter 1, Problem 46E

Interpretation Introduction

(a)

Interpretation:

The boiling point of water in A⁰ if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰ needs to be determined.

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

Interpretation Introduction

(b)

Interpretation:

The absolute zero temperature in A⁰ needs to be determined, if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

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a. The change in the Gibbs energy of a certain constant pressure process is found to fit the expression: AG-85.1 J mol −1 +36.5 J mol ¹K-1 × T A. Calculate the value of AS for the process. B. Next, use the Gibbs-Helmholtz equation: (a(AG/T)) ΔΗ - T2 to calculate the value of AH for the process.

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Answer 2

Question

Chapter 1, Problem 46E

Interpretation Introduction

(a)

Interpretation:

The boiling point of water in A⁰ if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰ needs to be determined.

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

Interpretation Introduction

(b)

Interpretation:

The absolute zero temperature in A⁰ needs to be determined, if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

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Answer 3

Question

Chapter 1, Problem 46E

Interpretation Introduction

(a)

Interpretation:

The boiling point of water in A⁰ if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰ needs to be determined.

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

Interpretation Introduction

(b)

Interpretation:

The absolute zero temperature in A⁰ needs to be determined, if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

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Answer 4

Question

Chapter 1, Problem 46E

Interpretation Introduction

(a)

Interpretation:

The boiling point of water in A⁰ if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰ needs to be determined.

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

Interpretation Introduction

(b)

Interpretation:

The absolute zero temperature in A⁰ needs to be determined, if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

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Answer 5

Chapter 1, Problem 46E

Interpretation Introduction

(a)

Interpretation:

The boiling point of water in A⁰ if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰ needs to be determined.

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

Interpretation Introduction

(b)

Interpretation:

The absolute zero temperature in A⁰ needs to be determined, if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

Answer 6

Chapter 1, Problem 46E

Interpretation Introduction

(a)

Interpretation:

The boiling point of water in A⁰ if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰ needs to be determined.

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

Answer 7

Chapter 1, Problem 46E

Interpretation Introduction

(a)

Interpretation:

The boiling point of water in A⁰ if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰ needs to be determined.

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

Answer 8

Interpretation Introduction

(b)

Interpretation:

The absolute zero temperature in A⁰ needs to be determined, if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

Answer 9

Interpretation Introduction

(b)

Interpretation:

The absolute zero temperature in A⁰ needs to be determined, if melting point of ammonia is 0 A⁰ or − 77.75 C⁰ and boiling point of ammonia is 100 A⁰ or - 33.35 C⁰

Concept introduction:

The conversion factor required to determine the results in different or desired scale by equivalizing the different units.

The temperature of the sample at given scale degree M can be identified as follows:

(T calculated ( in o A) – T lower ( in o A))(T higher( in o A) – T lower ( in o A)) = (T calculated( in o C) – T lower( in o C)) (T higher( in o C) – T lower( in o C))

Answer 10

Expert Solution & Answer

Answer 11

Expert Solution & Answer

Answer 12

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Answer 13

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Solution Summary: The author explains the conversion factor required to determine the results in different or desired scale by equivalizing the different units.

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