(a) Interpretation: The polar bond in HCl is to be determined and it is also to be determined whether it is polar or nonpolar. Concept Introduction: The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

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Answer 1

Question

Chapter 4.8, Problem 4.24P

Interpretation Introduction

(a)

Interpretation:

The polar bond in HCl is to be determined and it is also to be determined whether it is polar or nonpolar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Interpretation Introduction

(b)

Interpretation:

The polar bond in C2H6 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while the positive sign is given to the low electronegative element.

Interpretation Introduction

(c)

Interpretation:

The polar bond in CH2F2 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

Interpretation Introduction

(d)

Interpretation:

The polar bond in HCN is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Interpretation Introduction

(e)

Interpretation:

The polar bond in CCl4 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

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Answer 2

Question

Chapter 4.8, Problem 4.24P

Interpretation Introduction

(a)

Interpretation:

The polar bond in HCl is to be determined and it is also to be determined whether it is polar or nonpolar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Interpretation Introduction

(b)

Interpretation:

The polar bond in C2H6 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while the positive sign is given to the low electronegative element.

Interpretation Introduction

(c)

Interpretation:

The polar bond in CH2F2 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

Interpretation Introduction

(d)

Interpretation:

The polar bond in HCN is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Interpretation Introduction

(e)

Interpretation:

The polar bond in CCl4 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

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Answer 3

Question

Chapter 4.8, Problem 4.24P

Interpretation Introduction

(a)

Interpretation:

The polar bond in HCl is to be determined and it is also to be determined whether it is polar or nonpolar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Interpretation Introduction

(b)

Interpretation:

The polar bond in C2H6 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while the positive sign is given to the low electronegative element.

Interpretation Introduction

(c)

Interpretation:

The polar bond in CH2F2 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

Interpretation Introduction

(d)

Interpretation:

The polar bond in HCN is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Interpretation Introduction

(e)

Interpretation:

The polar bond in CCl4 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

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Answer 4

Question

Chapter 4.8, Problem 4.24P

Interpretation Introduction

(a)

Interpretation:

The polar bond in HCl is to be determined and it is also to be determined whether it is polar or nonpolar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Interpretation Introduction

(b)

Interpretation:

The polar bond in C2H6 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while the positive sign is given to the low electronegative element.

Interpretation Introduction

(c)

Interpretation:

The polar bond in CH2F2 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

Interpretation Introduction

(d)

Interpretation:

The polar bond in HCN is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Interpretation Introduction

(e)

Interpretation:

The polar bond in CCl4 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

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Answer 5

Chapter 4.8, Problem 4.24P

Interpretation Introduction

(a)

Interpretation:

The polar bond in HCl is to be determined and it is also to be determined whether it is polar or nonpolar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Interpretation Introduction

(b)

Interpretation:

The polar bond in C2H6 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while the positive sign is given to the low electronegative element.

Interpretation Introduction

(c)

Interpretation:

The polar bond in CH2F2 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

Interpretation Introduction

(d)

Interpretation:

The polar bond in HCN is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Interpretation Introduction

(e)

Interpretation:

The polar bond in CCl4 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

Answer 6

Chapter 4.8, Problem 4.24P

Interpretation Introduction

(a)

Interpretation:

The polar bond in HCl is to be determined and it is also to be determined whether it is polar or nonpolar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Answer 7

Chapter 4.8, Problem 4.24P

Interpretation Introduction

(a)

Interpretation:

The polar bond in HCl is to be determined and it is also to be determined whether it is polar or nonpolar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Answer 8

Interpretation Introduction

(b)

Interpretation:

The polar bond in C2H6 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while the positive sign is given to the low electronegative element.

Answer 9

Interpretation Introduction

(b)

Interpretation:

The polar bond in C2H6 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while the positive sign is given to the low electronegative element.

Answer 10

Interpretation Introduction

(c)

Interpretation:

The polar bond in CH2F2 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

Answer 11

Interpretation Introduction

(c)

Interpretation:

The polar bond in CH2F2 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

Answer 12

Interpretation Introduction

(d)

Interpretation:

The polar bond in HCN is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Answer 13

Interpretation Introduction

(d)

Interpretation:

The polar bond in HCN is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element while a positive sign is given to the low electronegative element.

Answer 14

Interpretation Introduction

(e)

Interpretation:

The polar bond in CCl4 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

Answer 15

Interpretation Introduction

(e)

Interpretation:

The polar bond in CCl4 is to be determined and it is also to be determined whether it is polar or non-polar.

Concept Introduction:

The polar bond is formed between the two unlike atoms having electronegative difference ranges from 0.5-1.9. The polar bond represents the arrow towards the high electronegative element, while the tail towards the low electronegative element. The negative sign is given to the high electronegative element, while a positive sign is given to the low electronegative element.

Answer 16

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Answer 17

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Answer 18

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Answer 19

Ch. 4.1 - Use electron-dot symbols to show how a hydrogen...Ch. 4.1 - Use electron-dot symbols to show how two chlorine...Ch. 4.1 - How many covalent bonds are predicted for each...Ch. 4.1 - Fill in the lone pairs on each atom to give every...Ch. 4.1 - Prob. 4.5P Ch. 4.1 - Draw a Lewis structure for each covalent molecule....Ch. 4.1 - Draw a Lewis structure for dimethyl ether (C2H6O)...Ch. 4.2 - Prob. 4.8P Ch. 4.2 - Prob. 4.9P Ch. 4.2 - Prob. 4.10P

Solution Summary: The author explains that the polar bond in HCl is to be determined, and it is also to determine whether it's non-polar.

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