The anionic structure should be drawn given the molecular formula of silicates ( K 4 S i O 4 ), and relationship should be discussed given molecular formula of terminal oxygen atoms. Concept Introduction: Shorthand notation: The atom or ion is represented by the picture, it is commonly seen on periodic table depicting the different elements. The letter at the centre of the notation the element that is replacing and full element name is usually beneath this symbol. This method that increase speed and brevity of writing as compared to longhand a more common method of writing a language.

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Chapter 19, Problem 19.62SP

(a)

Interpretation Introduction

Interpretation:

The anionic structure should be drawn given the molecular formula of silicates (K4SiO4), and relationship should be discussed given molecular formula of terminal oxygen atoms.

Concept Introduction:

Shorthand notation: The atom or ion is represented by the picture, it is commonly seen on periodic table depicting the different elements.

The letter at the centre of the notation the element that is replacing and full element name is usually beneath this symbol.

This method that increase speed and brevity of writing as compared to longhand a more common method of writing a language.

(b)

Interpretation Introduction

Interpretation:

The anionic structure should be drawn given the molecular formula of silicates (Ag10Si4O13), and relationship should be discussed given molecular formula of terminal oxygen atoms.

Concept introduction:

Shorthand notation: The atom or ion is represented by the picture, it is commonly seen on periodic table depicting the different elements.

The letter at the centre of the notation the element that is replacing and full element name is usually beneath this symbol.

This method that increase speed and brevity of writing as compared to longhand a more common method of writing a language.

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