The state of dibromomethane existing at − 75 C 0 needs to be calculated. Concept Introduction: Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature. The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C 0 it exists at solid state. At temperature above − 53 C 0 it exists at liquid state while at temperature above 97 C 0 it exists at vapor state. While the − 53C 0 and 97 C 0 corresponds to freezing and boiling temperature of water.

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Answer 1

Question

Chapter 10, Problem 107CP

(a)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 75 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(b)

Interpretation Introduction

Interpretation:

The heating curve of dibromomethane at − 53 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(c)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 18 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(d)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at 110 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(e)

Interpretation Introduction

Interpretation:

The temperature at which dibromomethane existing at solid as well as liquid state needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

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Answer 2

Question

Chapter 10, Problem 107CP

(a)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 75 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(b)

Interpretation Introduction

Interpretation:

The heating curve of dibromomethane at − 53 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(c)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 18 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(d)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at 110 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(e)

Interpretation Introduction

Interpretation:

The temperature at which dibromomethane existing at solid as well as liquid state needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Expert Solution & Answer

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Answer 3

Question

Chapter 10, Problem 107CP

(a)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 75 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(b)

Interpretation Introduction

Interpretation:

The heating curve of dibromomethane at − 53 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(c)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 18 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(d)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at 110 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(e)

Interpretation Introduction

Interpretation:

The temperature at which dibromomethane existing at solid as well as liquid state needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Expert Solution & Answer

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Check out a sample textbook solution

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Answer 4

Question

Chapter 10, Problem 107CP

(a)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 75 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(b)

Interpretation Introduction

Interpretation:

The heating curve of dibromomethane at − 53 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(c)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 18 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(d)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at 110 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(e)

Interpretation Introduction

Interpretation:

The temperature at which dibromomethane existing at solid as well as liquid state needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Expert Solution & Answer

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Check out a sample textbook solution

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Answer 5

Chapter 10, Problem 107CP

(a)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 75 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(b)

Interpretation Introduction

Interpretation:

The heating curve of dibromomethane at − 53 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(c)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 18 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(d)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at 110 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

(e)

Interpretation Introduction

Interpretation:

The temperature at which dibromomethane existing at solid as well as liquid state needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 6

Chapter 10, Problem 107CP

(a)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 75 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 7

Chapter 10, Problem 107CP

(a)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 75 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 8

(b)

Interpretation Introduction

Interpretation:

The heating curve of dibromomethane at − 53 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 9

(b)

Interpretation Introduction

Interpretation:

The heating curve of dibromomethane at − 53 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 10

(c)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 18 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 11

(c)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at − 18 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 12

(d)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at 110 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 13

(d)

Interpretation Introduction

Interpretation:

The state of dibromomethane existing at 110 C⁰ needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 14

(e)

Interpretation Introduction

Interpretation:

The temperature at which dibromomethane existing at solid as well as liquid state needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 15

(e)

Interpretation Introduction

Interpretation:

The temperature at which dibromomethane existing at solid as well as liquid state needs to be calculated.

Concept Introduction:

Heating curve is the representation of the changing in the state of substance from solid to liquid to vapor corresponding to different temperature.

The given substance dibromomethane usually exists at 3 states such as solid, liquid and vapor state. Each state of dibromomethane corresponds to different temperature like at temperature below − 53 C⁰ it exists at solid state.

At temperature above − 53 C⁰ it exists at liquid state while at temperature above 97 C⁰ it exists at vapor state.

While the − 53C⁰ and 97 C⁰ corresponds to freezing and boiling temperature of water.

Answer 16

Expert Solution & Answer

Answer 17

Expert Solution & Answer

Answer 18

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