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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Students have asked these similar questions

(a) Describe the molecule xenon trioxide, XeO3, using four possible Lewis structures, one each with zero, one, two, or three Xe—O double bonds. (b) Do any of these resonance structures satisfy the octet rule for every atom in the molecule? (c) Do any of the four Lewis structures have multiple resonance structures? If so, how many resonance structures do you find? (d) Which of the Lewis structures in (a) yields the most favorable formal charges for the molecule?

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

Draw Lewis structures for the following compounds.(a) ammonia, NH3 (b) water, H2O(c) hydronium ion, H3O+ (d) propane, C3H8(e) dimethylamine, CH3NHCH3 (f) diethyl ether, CH3CH2OCH2CH3(g) 1-chloropropane, CH3CH2CH2Cl (h) propane-2-ol, CH3CH(OH)CH3(i) borane, BH3 (j) boron trifluoride, BF3Explain what is unusual about the bonding in the compounds in parts (i) and (j)

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 15

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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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