Interpretation Introduction To determine: The Lewis structure of each of the following: Cl 2 O H 2 NOH(N is the central atom) H 2 CCCl 2 Explanation The arrangement of atoms and number of total valance electrons are determined first and then the bond pair is showed by a line while the lone pair is adjusted over the respective atom. Cl 2 O Here, the order is Cl-O-Cl, where two chloride groups are attached with the central oxygen atom. The compound is dichlorine monoxide. The total valence electron in the compound is: Total V . E = 2×7e − (Cl)+1×6e − (O) =14e − +6e − =20e − Now, Bond formed will be: =Total Atoms − 1 =3 − 1 =2 Hence, bonding electrons = 2 × 2 = 4 Lone pair = Total V .E – B .E 2 = 20-4 2 =8 The Lewis structure is obtained as follows: H 2 NOH (N is the central atom) Here, the order is H-NH-OH, where the two hydrogen atoms and the one OH-group are directly attached with the central nitrogen. Step1: The total valence electron in the compound is: Total V . E=1×5e − (N)+3×1e − (H)+1×6e − (O) =5e − (N)+3e − (H)+6e − (O) =14e − Now, Bond pair =Total Atoms-1=5-1=4 Hence, bonding electrons = 4 × 2 = 8 Lone pair = Total V .E – B .E 2 = 14-8 2 =3 The Lewis structure is obtained as follows:

Study Guide And Selected Solutions Manual For Chemistry Format: Paperback

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ISBN: 9780134553986

Author: Timberlake, Karen C

Publisher: Prentice Hall

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Chapter 6, Problem 6.127APP

Interpretation Introduction

To determine: The Lewis structure of each of the following:

Cl₂O

H₂NOH(N is the central atom)

H₂CCCl₂

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Chapter 6, Problem 6.126APP

Chapter 6, Problem 6.128APP

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Chapter 6 Solutions

Study Guide And Selected Solutions Manual For Chemistry Format: Paperback

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The Lewis structure of each of the following: Cl 2 O H 2 NOH(N is the central atom) H 2 CCCl 2

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To determine: The Lewis structure of each of the following: Cl2O H2NOH(N is the central atom) H2CCCl2

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Chapter 6 Solutions

To determine: The Lewis structure of each of the following:

Cl₂O

H₂NOH(N is the central atom)

H₂CCCl₂