Lewis structure must be drawn for methane. Concept Introduction : Methane is a molecule with formula CH 4 . C is the central atom which is a p block element belonging to group 14. Lewis structure can be determined from the valence electrons of a central atom. Total electron pairs will be: T = ( V + 1 × n + a − c ) 2 Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

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Answer 1

Question

Chapter 3, Problem 46P

a)

Interpretation Introduction

Interpretation:

Lewis structure must be drawn for methane.

Concept Introduction:

Methane is a molecule with formula CH₄.

C is the central atom which is a p block element belonging to group 14.

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

b)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for carbon dioxide.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

c)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for Phosphorous trichloride.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

d)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for perchlorate ion.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

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Draw Lewis electron dot diagrams for the following species: (a) methane; (b) carbon dioxide; (c) phosphorus trichloride; (d) perchlorate ion

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Write Lewis structures for the following: (c) C2F6 (contains a C¬C bond), (d) AsO3 3 -, (e) H2SO3 (H is bonded to O), (f) NH2Cl.. Arrange the bonds in each of the following sets in order of increasing polarity: (a) C¬F, O¬F, Be¬F; (b) O¬Cl, S¬Br, C¬P; (c) C¬S, B¬F, N¬O. What is the Lewis symbol for each of the following atoms or ions? (a) K, (b) As, (c) Sn2 + , (d) N3 Write electron configurations for the following ions and determine which have noble-gas configurations: (a) Cd2+, (b) P3-, (c) Zr4+

Answer 2

Question

Chapter 3, Problem 46P

a)

Interpretation Introduction

Interpretation:

Lewis structure must be drawn for methane.

Concept Introduction:

Methane is a molecule with formula CH₄.

C is the central atom which is a p block element belonging to group 14.

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

b)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for carbon dioxide.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

c)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for Phosphorous trichloride.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

d)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for perchlorate ion.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

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Answer 3

Question

Chapter 3, Problem 46P

a)

Interpretation Introduction

Interpretation:

Lewis structure must be drawn for methane.

Concept Introduction:

Methane is a molecule with formula CH₄.

C is the central atom which is a p block element belonging to group 14.

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

b)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for carbon dioxide.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

c)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for Phosphorous trichloride.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

d)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for perchlorate ion.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

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Answer 4

Question

Chapter 3, Problem 46P

a)

Interpretation Introduction

Interpretation:

Lewis structure must be drawn for methane.

Concept Introduction:

Methane is a molecule with formula CH₄.

C is the central atom which is a p block element belonging to group 14.

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

b)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for carbon dioxide.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

c)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for Phosphorous trichloride.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

d)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for perchlorate ion.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

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Answer 5

Chapter 3, Problem 46P

a)

Interpretation Introduction

Interpretation:

Lewis structure must be drawn for methane.

Concept Introduction:

Methane is a molecule with formula CH₄.

C is the central atom which is a p block element belonging to group 14.

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

b)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for carbon dioxide.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

c)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for Phosphorous trichloride.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

d)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for perchlorate ion.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

Answer 6

Chapter 3, Problem 46P

a)

Interpretation Introduction

Interpretation:

Lewis structure must be drawn for methane.

Concept Introduction:

Methane is a molecule with formula CH₄.

C is the central atom which is a p block element belonging to group 14.

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

Answer 7

Chapter 3, Problem 46P

a)

Interpretation Introduction

Interpretation:

Lewis structure must be drawn for methane.

Concept Introduction:

Methane is a molecule with formula CH₄.

C is the central atom which is a p block element belonging to group 14.

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

Answer 8

b)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for carbon dioxide.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

Answer 9

b)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for carbon dioxide.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

Answer 10

c)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for Phosphorous trichloride.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

Answer 11

c)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for Phosphorous trichloride.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

Answer 12

d)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for perchlorate ion.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

Answer 13

d)

Interpretation Introduction

Interpretation:

Lewis structure needs to be drawn for perchlorate ion.

Concept Introduction:

Lewis structure can be determined from the valence electrons of a central atom.

Total electron pairs will be:

T=(V+1×n+a−c)2

Where V, n, a and c are valence shell electrons of central atom, number of monovalent atoms attached, anionic charge, cationic charge respectively.

Answer 14

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Answer 16

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Answer 17

Ch. 3 - Before the element scandium was discovered in...Ch. 3 - Prob. 2P Ch. 3 - Prob. 3P Ch. 3 - Prob. 4P Ch. 3 - Prob. 5P Ch. 3 - A gold nucleus is located at the origin of...Ch. 3 - Prob. 7P Ch. 3 - A gold nucleus is located at the origin of...Ch. 3 - Prob. 9P Ch. 3 - Prob. 10P

Solution Summary: The author explains that Lewis structure must be drawn for methane.

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