Systematic (IUPAC) name should be identified given the coordination compound. Concept introduction: Coordination compounds Coordination compound typically consists a complex ion and a counter ion. A complex ion contains a central meatal cation bonded to one or more molecules or ions. The molecules or ions that surrounded the metal in a complex ion are called ligands. A ligand has at least one unpaired of valance electrons. IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name. Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”. Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions. For anionic ligands end in " − o " ; for anions that end in " − i d e " (e.g. chloride , bromide ), " − a t e " (e.g. sulfate, nitrate), and " − i t e " (e.g. nirite ), change the endings as follows: - i d e → − o ; − a t e → − a t o ; − i t e → − i t o For neutral ligands, the common name of the molecule is used e.g. H 2 N C H 2 C H 2 N H 2 (ethylenediamine). Important exceptions : water is called ‘ aqua ’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N 2 and O 2 are called ‘dinitrogen’ and ‘dioxygen’. For example: [ C o ( N H 3 ) 5 C l ] C l 2 = Pentaamminechlorocobalt (III)chloride C o ( N H 3 ) 5 C l = C a t i o n [ Pentaamminechlorocobalt (III) ] C l 2 = A n i o n [ C h l o r i d e ]

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Question

Chapter 20, Problem 20.83SP

(a)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(b)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(c)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(d)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

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Answer 2

Question

Chapter 20, Problem 20.83SP

(a)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(b)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(c)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(d)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

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Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 20, Problem 20.83SP

(a)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(b)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(c)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(d)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 20, Problem 20.83SP

(a)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(b)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(c)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(d)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 20, Problem 20.83SP

(a)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(b)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(c)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

(d)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Answer 6

Chapter 20, Problem 20.83SP

(a)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Answer 7

Chapter 20, Problem 20.83SP

(a)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Answer 8

(b)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Answer 9

(b)

Interpretation Introduction

Interpretation:

Systematic (IUPAC) name should be identified given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Answer 10

(c)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Answer 11

(c)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Answer 12

(d)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Answer 13

(d)

Interpretation Introduction

Interpretation:

Systematic name has to be explained given the coordination compound.

Concept introduction:

Coordination compounds

Coordination compound typically consists a complex ion and a counter ion.

A complex ion contains a central meatal cation bonded to one or more molecules or ions.

The molecules or ions that surrounded the metal in a complex ion are called ligands.

A ligand has at least one unpaired of valance electrons.

IUPAC naming method: There are some rules set by the IUPAC, the ligand names is first followed by metal name.

Charge of metal indicated with roman numerical and closed in parenthesis after name all in one “word”.

Ligand listed alphabetically, ignoring prefixes that denote the number of each type of ligand. Cations are named before anions.

For anionic ligands end in "−o"; for anions that end in "−ide"(e.g. chloride, bromide), "−ate"(e.g. sulfate, nitrate), and "−ite" (e.g. nirite), change the endings as follows: -ide → −o; −ate→ −ato;−ite → −ito

For neutral ligands, the common name of the molecule is used e.g.H2NCH2CH2NH2(ethylenediamine). Important exceptions: water is called ‘aqua’, ammonia is called ‘ammine’, carbon monoxide is called ‘carbonyl’, and the N₂and O₂ are called ‘dinitrogen’ and ‘dioxygen’.

For example:

[Co(NH3)5Cl]Cl2 = Pentaamminechlorocobalt (III)chlorideCo(NH3)5Cl= Cation [Pentaamminechlorocobalt (III)]Cl2 = Anion [Chloride]

Answer 14

Expert Solution & Answer

Answer 15

Expert Solution & Answer

Answer 16

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Answer 17

Ch. 20.1 - Write the electron configuration of the metal in...Ch. 20.1 - Prob. 20.2CP Ch. 20.3 - Prob. 20.3CP Ch. 20.4 - Prob. 20.4P Ch. 20.4 - Prob. 20.5P Ch. 20.5 - Prob. 20.6P Ch. 20.5 - Prob. 20.7P Ch. 20.6 - Prob. 20.8P Ch. 20.7 - Name each of the following: (a) [Cu(NH3)4]SO4, a...Ch. 20.7 - Prob. 20.10P

Solution Summary: The author explains the IUPAC naming method for coordination compounds.

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