Electron dot structure for H 2 O 2 has to be drawn. Check whether the structure is consistent with its O-O bond length of 148 p m or not. Concept introduction: Electron dot structure is a representation of covalent bonding that indicates where the valence shell electrons are in the molecule. Shared electron pairs are shown as lines and lone pairs are shown as dots. Example: Bond order describes, if a bond is single bond order is one, if it is double bond order is 2. Bond length is the distance between the centers of two atoms joined by a covalent bond. Higher bond order corresponds to shorter bond length. The bond length and bond order of some molecules are listed below, B o n d t y p e B o n d o r d e r B o n d l e n g t h ( p m ) C − C 1 154 C = C 2 134 C ≡ C 3 120 O = O 2 121 O − O 1 148

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Chapter 18.10, Problem 18.13P

Interpretation Introduction

Interpretation:

Electron dot structure for H2O2 has to be drawn. Check whether the structure is consistent with its O-O bond length of 148 pm or not.

Concept introduction:

Electron dot structure is a representation of covalent bonding that indicates where the valence shell electrons are in the molecule. Shared electron pairs are shown as lines and lone pairs are shown as dots.

Example:

Bond order describes, if a bond is single bond order is one, if it is double bond order is 2.

Bond length is the distance between the centers of two atoms joined by a covalent bond.

Higher bond order corresponds to shorter bond length.

The bond length and bond order of some molecules are listed below,

Bond typeBond orderBond length (pm)C−C1154C=C2134C≡C3120O=O2121O−O1148

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