Type of bonding in N 2 , HCl, Fe atoms

Question

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Answer 1

Question

Chapter 29, Problem 1Q

To determine

Type of bonding in N₂, HCl, Fe atoms

Expert Solution & Answer

Answer to Problem 1Q

Solution:

Covalent bond in N₂
Covalent bond in HCl
Metallic bond in Fe atoms

Explanation of Solution

Covalent bond in N₂ molecule - there are 5 electrons in outermost shell of Nitrogen atom, each nitrogen atom shares its three electron with three electrons of other nitrogen atom and complete its octet and acquire stability. Hence there is triple covalent bond is present in N₂ molecule.

Covalent bond in HCl hydrogen has 1 electron in outermost shell and chlorine has 7 electrons in outermost shell to complete their outermost shell and acquire stability hydrogen share its one electron with seven electrons of chlorine atom and forms a single covalent bond

Metallic bond in Fe atoms iron is a metal and forms metallic bond in this type of bonding outermost shells of adjacent atom overlap and outer shell electrons are free to move through lattice.

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Answer 2

Question

Chapter 29, Problem 1Q

To determine

Type of bonding in N₂, HCl, Fe atoms

Expert Solution & Answer

Answer to Problem 1Q

Solution:

Covalent bond in N₂
Covalent bond in HCl
Metallic bond in Fe atoms

Explanation of Solution

Covalent bond in N₂ molecule - there are 5 electrons in outermost shell of Nitrogen atom, each nitrogen atom shares its three electron with three electrons of other nitrogen atom and complete its octet and acquire stability. Hence there is triple covalent bond is present in N₂ molecule.

Covalent bond in HCl hydrogen has 1 electron in outermost shell and chlorine has 7 electrons in outermost shell to complete their outermost shell and acquire stability hydrogen share its one electron with seven electrons of chlorine atom and forms a single covalent bond

Metallic bond in Fe atoms iron is a metal and forms metallic bond in this type of bonding outermost shells of adjacent atom overlap and outer shell electrons are free to move through lattice.

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Answer 3

Question

Chapter 29, Problem 1Q

To determine

Type of bonding in N₂, HCl, Fe atoms

Expert Solution & Answer

Answer to Problem 1Q

Solution:

Covalent bond in N₂
Covalent bond in HCl
Metallic bond in Fe atoms

Explanation of Solution

Covalent bond in N₂ molecule - there are 5 electrons in outermost shell of Nitrogen atom, each nitrogen atom shares its three electron with three electrons of other nitrogen atom and complete its octet and acquire stability. Hence there is triple covalent bond is present in N₂ molecule.

Covalent bond in HCl hydrogen has 1 electron in outermost shell and chlorine has 7 electrons in outermost shell to complete their outermost shell and acquire stability hydrogen share its one electron with seven electrons of chlorine atom and forms a single covalent bond

Metallic bond in Fe atoms iron is a metal and forms metallic bond in this type of bonding outermost shells of adjacent atom overlap and outer shell electrons are free to move through lattice.

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Answer 4

Question

Chapter 29, Problem 1Q

To determine

Type of bonding in N₂, HCl, Fe atoms

Expert Solution & Answer

Answer to Problem 1Q

Solution:

Covalent bond in N₂
Covalent bond in HCl
Metallic bond in Fe atoms

Explanation of Solution

Covalent bond in N₂ molecule - there are 5 electrons in outermost shell of Nitrogen atom, each nitrogen atom shares its three electron with three electrons of other nitrogen atom and complete its octet and acquire stability. Hence there is triple covalent bond is present in N₂ molecule.

Covalent bond in HCl hydrogen has 1 electron in outermost shell and chlorine has 7 electrons in outermost shell to complete their outermost shell and acquire stability hydrogen share its one electron with seven electrons of chlorine atom and forms a single covalent bond

Metallic bond in Fe atoms iron is a metal and forms metallic bond in this type of bonding outermost shells of adjacent atom overlap and outer shell electrons are free to move through lattice.

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Answer 5

Chapter 29, Problem 1Q

To determine

Type of bonding in N₂, HCl, Fe atoms

Expert Solution & Answer

Answer to Problem 1Q

Solution:

Covalent bond in N₂
Covalent bond in HCl
Metallic bond in Fe atoms

Explanation of Solution

Covalent bond in N₂ molecule - there are 5 electrons in outermost shell of Nitrogen atom, each nitrogen atom shares its three electron with three electrons of other nitrogen atom and complete its octet and acquire stability. Hence there is triple covalent bond is present in N₂ molecule.

Covalent bond in HCl hydrogen has 1 electron in outermost shell and chlorine has 7 electrons in outermost shell to complete their outermost shell and acquire stability hydrogen share its one electron with seven electrons of chlorine atom and forms a single covalent bond

Metallic bond in Fe atoms iron is a metal and forms metallic bond in this type of bonding outermost shells of adjacent atom overlap and outer shell electrons are free to move through lattice.

Answer 6

Chapter 29, Problem 1Q

To determine

Type of bonding in N₂, HCl, Fe atoms

Expert Solution & Answer

Answer to Problem 1Q

Solution:

Covalent bond in N₂
Covalent bond in HCl
Metallic bond in Fe atoms

Explanation of Solution

Covalent bond in N₂ molecule - there are 5 electrons in outermost shell of Nitrogen atom, each nitrogen atom shares its three electron with three electrons of other nitrogen atom and complete its octet and acquire stability. Hence there is triple covalent bond is present in N₂ molecule.

Covalent bond in HCl hydrogen has 1 electron in outermost shell and chlorine has 7 electrons in outermost shell to complete their outermost shell and acquire stability hydrogen share its one electron with seven electrons of chlorine atom and forms a single covalent bond

Metallic bond in Fe atoms iron is a metal and forms metallic bond in this type of bonding outermost shells of adjacent atom overlap and outer shell electrons are free to move through lattice.

Answer 7

Chapter 29, Problem 1Q

To determine

Type of bonding in N₂, HCl, Fe atoms

Answer 8

Expert Solution & Answer

Answer to Problem 1Q

Solution:

Covalent bond in N₂
Covalent bond in HCl
Metallic bond in Fe atoms

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

Covalent bond in N₂ molecule - there are 5 electrons in outermost shell of Nitrogen atom, each nitrogen atom shares its three electron with three electrons of other nitrogen atom and complete its octet and acquire stability. Hence there is triple covalent bond is present in N₂ molecule.

Covalent bond in HCl hydrogen has 1 electron in outermost shell and chlorine has 7 electrons in outermost shell to complete their outermost shell and acquire stability hydrogen share its one electron with seven electrons of chlorine atom and forms a single covalent bond

Metallic bond in Fe atoms iron is a metal and forms metallic bond in this type of bonding outermost shells of adjacent atom overlap and outer shell electrons are free to move through lattice.