Each acid is to be determined as a binary or an oxyacid and each of them is to be named. In case of oxyacid, the name of oxyanion is to be provided. Concept introduction: Binary acids are composed of hydrogen and a non-metal. In order to name the binary acids, base name of the non-metal plus ic- prefixed by hydro and suffixed by acid is followed. Acids that are composed of hydrogen, a non-metal and oxyanion (anion containing oxygen) are termed oxyacid. The name of acids containing oxyanions ending with –ite is named by base name of the oxyanion plus –ous suffixed by acid. The name of acids containing oxyanions ending with –ate is named by base name of the oxyanion plus –ic suffixed by acid.

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Answer 1

Question

Chapter 5, Problem

Interpretation Introduction

Interpretation:

Each acid is to be determined as a binary or an oxyacid and each of them is to be named. In case of oxyacid, the name of oxyanion is to be provided.

Concept introduction:

Binary acids are composed of hydrogen and a non-metal.

In order to name the binary acids, base name of the non-metal plus ic- prefixed by hydro and suffixed by acid is followed.

Acids that are composed of hydrogen, a non-metal and oxyanion (anion containing oxygen) are termed oxyacid.

The name of acids containing oxyanions ending with –ite is named by base name of the oxyanion plus –ous suffixed by acid.

The name of acids containing oxyanions ending with –ate is named by base name of the oxyanion plus –ic suffixed by acid.

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Answer 2

Question

Chapter 5, Problem

Interpretation Introduction

Interpretation:

Each acid is to be determined as a binary or an oxyacid and each of them is to be named. In case of oxyacid, the name of oxyanion is to be provided.

Concept introduction:

Binary acids are composed of hydrogen and a non-metal.

In order to name the binary acids, base name of the non-metal plus ic- prefixed by hydro and suffixed by acid is followed.

Acids that are composed of hydrogen, a non-metal and oxyanion (anion containing oxygen) are termed oxyacid.

The name of acids containing oxyanions ending with –ite is named by base name of the oxyanion plus –ous suffixed by acid.

The name of acids containing oxyanions ending with –ate is named by base name of the oxyanion plus –ic suffixed by acid.

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Answer 3

Question

Chapter 5, Problem

Interpretation Introduction

Interpretation:

Each acid is to be determined as a binary or an oxyacid and each of them is to be named. In case of oxyacid, the name of oxyanion is to be provided.

Concept introduction:

Binary acids are composed of hydrogen and a non-metal.

In order to name the binary acids, base name of the non-metal plus ic- prefixed by hydro and suffixed by acid is followed.

Acids that are composed of hydrogen, a non-metal and oxyanion (anion containing oxygen) are termed oxyacid.

The name of acids containing oxyanions ending with –ite is named by base name of the oxyanion plus –ous suffixed by acid.

The name of acids containing oxyanions ending with –ate is named by base name of the oxyanion plus –ic suffixed by acid.

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Answer 4

Question

Chapter 5, Problem

Interpretation Introduction

Interpretation:

Each acid is to be determined as a binary or an oxyacid and each of them is to be named. In case of oxyacid, the name of oxyanion is to be provided.

Concept introduction:

Binary acids are composed of hydrogen and a non-metal.

In order to name the binary acids, base name of the non-metal plus ic- prefixed by hydro and suffixed by acid is followed.

Acids that are composed of hydrogen, a non-metal and oxyanion (anion containing oxygen) are termed oxyacid.

The name of acids containing oxyanions ending with –ite is named by base name of the oxyanion plus –ous suffixed by acid.

The name of acids containing oxyanions ending with –ate is named by base name of the oxyanion plus –ic suffixed by acid.

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Answer 5

Chapter 5, Problem

Interpretation Introduction

Interpretation:

Each acid is to be determined as a binary or an oxyacid and each of them is to be named. In case of oxyacid, the name of oxyanion is to be provided.

Concept introduction:

Binary acids are composed of hydrogen and a non-metal.

In order to name the binary acids, base name of the non-metal plus ic- prefixed by hydro and suffixed by acid is followed.

Acids that are composed of hydrogen, a non-metal and oxyanion (anion containing oxygen) are termed oxyacid.

The name of acids containing oxyanions ending with –ite is named by base name of the oxyanion plus –ous suffixed by acid.

The name of acids containing oxyanions ending with –ate is named by base name of the oxyanion plus –ic suffixed by acid.

Answer 6

Chapter 5, Problem

Interpretation Introduction

Interpretation:

Each acid is to be determined as a binary or an oxyacid and each of them is to be named. In case of oxyacid, the name of oxyanion is to be provided.

Concept introduction:

Binary acids are composed of hydrogen and a non-metal.

In order to name the binary acids, base name of the non-metal plus ic- prefixed by hydro and suffixed by acid is followed.

Acids that are composed of hydrogen, a non-metal and oxyanion (anion containing oxygen) are termed oxyacid.

The name of acids containing oxyanions ending with –ite is named by base name of the oxyanion plus –ous suffixed by acid.

The name of acids containing oxyanions ending with –ate is named by base name of the oxyanion plus –ic suffixed by acid.

Answer 7

Chapter 5, Problem

Interpretation Introduction

Interpretation:

Each acid is to be determined as a binary or an oxyacid and each of them is to be named. In case of oxyacid, the name of oxyanion is to be provided.

Concept introduction:

Binary acids are composed of hydrogen and a non-metal.

In order to name the binary acids, base name of the non-metal plus ic- prefixed by hydro and suffixed by acid is followed.

Acids that are composed of hydrogen, a non-metal and oxyanion (anion containing oxygen) are termed oxyacid.

The name of acids containing oxyanions ending with –ite is named by base name of the oxyanion plus –ous suffixed by acid.

The name of acids containing oxyanions ending with –ate is named by base name of the oxyanion plus –ic suffixed by acid.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 5 - Q1. Carbon tetrachloride has a chlorine - to-...Ch. 5 - Write a chemical formula for a compound that...Ch. 5 - Q3. How many oxygen atoms are in the chemical...Ch. 5 - Which element is a molecular element? a. Copper b....Ch. 5 - Q5. Which compound is ionic? a. b. c. d. Ch. 5 - Write a formula for the compound that forms...Ch. 5 - Prob. 7SAQ Ch. 5 - Prob. 8SAQ Ch. 5 - Name the compound CrCl3 a. monochromium...Ch. 5 - Name the compound BaSO4 a. barium sulfate b....

Solution Summary: The author explains that each acid is to be determined as a binary or an oxyacid.

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Chapter 5 Solutions