a) NH?OH Interpretation: . The likely formula of NH?OH is to be given. Concept introduction: Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell. To determine: . The likely formula for NH?OH.

Question

What are likely formulas for the following substances? (a)CCL? (b)AIH? (c)CH?CL2 (d)SiF? (e)s CH3NH?

Answer 1

Question

Chapter 1.SE, Problem 24AP

Interpretation Introduction

a) NH?OH

Interpretation:.
The likely formula of NH?OH is to be given.
Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:.
The likely formula for NH?OH.

Interpretation Introduction

b) AlCl?

Interpretation:

The likely formula of the substance AlCl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for AlCl?

Interpretation Introduction

c) CF₂Cl?

Interpretation:

The likely formula of the substance CF₂Cl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CF₂Cl?

Interpretation Introduction

d) CH?O

Interpretation:

The likely formula of the substance CH?O is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CH?O.

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What are likely formulas for the following substances? (a)CCL? (b)AIH? (c)CH?CL2 (d)SiF? (e)s CH3NH?

Which of the following sets contains an ionic compound, a molecular compound, and an acid, in that order? (A) Al2O3, B2O3, CH3OH; (B) CaCl2, NH4Cl, HCl; (C) CH3F, COCl2, HOCl; (D) CoCl2, COCl2, HClO2.

Many chemical names are similar at first glance. Give the for-mulas of the species in each set: (a) ammonium ion and ammo-nia; (b) magnesium sulfide, magnesium sulfite, and magnesiumsulfate; (c) hydrochloric acid, chloric acid, and chlorous acid; (d) cuprous bromide and cupric bromide

Answer 2

Question

Chapter 1.SE, Problem 24AP

Interpretation Introduction

a) NH?OH

Interpretation:.
The likely formula of NH?OH is to be given.
Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:.
The likely formula for NH?OH.

Interpretation Introduction

b) AlCl?

Interpretation:

The likely formula of the substance AlCl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for AlCl?

Interpretation Introduction

c) CF₂Cl?

Interpretation:

The likely formula of the substance CF₂Cl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CF₂Cl?

Interpretation Introduction

d) CH?O

Interpretation:

The likely formula of the substance CH?O is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CH?O.

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Answer 3

Question

Chapter 1.SE, Problem 24AP

Interpretation Introduction

a) NH?OH

Interpretation:.
The likely formula of NH?OH is to be given.
Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:.
The likely formula for NH?OH.

Interpretation Introduction

b) AlCl?

Interpretation:

The likely formula of the substance AlCl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for AlCl?

Interpretation Introduction

c) CF₂Cl?

Interpretation:

The likely formula of the substance CF₂Cl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CF₂Cl?

Interpretation Introduction

d) CH?O

Interpretation:

The likely formula of the substance CH?O is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CH?O.

Expert Solution & Answer

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Answer 4

Question

Chapter 1.SE, Problem 24AP

Interpretation Introduction

a) NH?OH

Interpretation:.
The likely formula of NH?OH is to be given.
Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:.
The likely formula for NH?OH.

Interpretation Introduction

b) AlCl?

Interpretation:

The likely formula of the substance AlCl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for AlCl?

Interpretation Introduction

c) CF₂Cl?

Interpretation:

The likely formula of the substance CF₂Cl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CF₂Cl?

Interpretation Introduction

d) CH?O

Interpretation:

The likely formula of the substance CH?O is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CH?O.

Expert Solution & Answer

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Answer 5

Chapter 1.SE, Problem 24AP

Interpretation Introduction

a) NH?OH

Interpretation:.
The likely formula of NH?OH is to be given.
Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:.
The likely formula for NH?OH.

Interpretation Introduction

b) AlCl?

Interpretation:

The likely formula of the substance AlCl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for AlCl?

Interpretation Introduction

c) CF₂Cl?

Interpretation:

The likely formula of the substance CF₂Cl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CF₂Cl?

Interpretation Introduction

d) CH?O

Interpretation:

The likely formula of the substance CH?O is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CH?O.

Answer 6

Chapter 1.SE, Problem 24AP

Interpretation Introduction

a) NH?OH

Interpretation:.
The likely formula of NH?OH is to be given.
Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:.
The likely formula for NH?OH.

Answer 7

Chapter 1.SE, Problem 24AP

Interpretation Introduction

a) NH?OH

Interpretation:.
The likely formula of NH?OH is to be given.
Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:.
The likely formula for NH?OH.

Answer 8

Interpretation Introduction

b) AlCl?

Interpretation:

The likely formula of the substance AlCl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for AlCl?

Answer 9

Interpretation Introduction

b) AlCl?

Interpretation:

The likely formula of the substance AlCl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for AlCl?

Answer 10

Interpretation Introduction

c) CF₂Cl?

Interpretation:

The likely formula of the substance CF₂Cl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CF₂Cl?

Answer 11

Interpretation Introduction

c) CF₂Cl?

Interpretation:

The likely formula of the substance CF₂Cl? is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CF₂Cl?

Answer 12

Interpretation Introduction

d) CH?O

Interpretation:

The likely formula of the substance CH?O is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CH?O.

Answer 13

Interpretation Introduction

d) CH?O

Interpretation:

The likely formula of the substance CH?O is to be given.

Concept introduction:

Atoms of elements combine among themselves or with those of other elements by gaining or losing or sharing one or more electrons in order to make the octet. In covalent compounds sharing of electrons takes place through which both the bonded atoms complete their octet in the valence shell. The number of atoms that combines with a central atom depends on the number of electrons present in its valence shell.

To determine:

The likely formula for CH?O.

Answer 14

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Answer 25

Ch. 1.3 - Give the ground-state electron configuration for...Ch. 1.3 - How many electrons does each of the following...Ch. 1.4 - Prob. 3P Ch. 1.4 - Convert the following representation of ethane,...Ch. 1.4 - What are likely formulas for the following...Ch. 1.4 - Prob. 6P Ch. 1.4 - Prob. 7P Ch. 1.7 - Draw a line-bond structure for propane, CH3CH2CH3....Ch. 1.7 - Convert the following molecular model of hexane, a...Ch. 1.8 - Draw a line-bond structure for propene, CH3CH=CH2....

Chapter 1 Solutions