The fourth period noble gas should be located in the periodic table. Concept introduction : The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics , for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

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Answer 1

Question

Chapter 3, Problem 47AP

(a)

Interpretation Introduction

Interpretation: The fourth period noble gas should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(b)

Interpretation Introduction

Interpretation: The third period alkali metal should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(c)

Interpretation Introduction

Interpretation: The fourth period halogen should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(d)

Interpretation Introduction

Interpretation: The metal in fourth group and in group 3B should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

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The sum of the numbers in the name of isA. 10; B. 13; C. 9; D. 11; E. none of the other answers is correct.

Answer 2

Question

Chapter 3, Problem 47AP

(a)

Interpretation Introduction

Interpretation: The fourth period noble gas should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(b)

Interpretation Introduction

Interpretation: The third period alkali metal should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(c)

Interpretation Introduction

Interpretation: The fourth period halogen should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(d)

Interpretation Introduction

Interpretation: The metal in fourth group and in group 3B should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

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Answer 3

Question

Chapter 3, Problem 47AP

(a)

Interpretation Introduction

Interpretation: The fourth period noble gas should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(b)

Interpretation Introduction

Interpretation: The third period alkali metal should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(c)

Interpretation Introduction

Interpretation: The fourth period halogen should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(d)

Interpretation Introduction

Interpretation: The metal in fourth group and in group 3B should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

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Answer 4

Question

Chapter 3, Problem 47AP

(a)

Interpretation Introduction

Interpretation: The fourth period noble gas should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(b)

Interpretation Introduction

Interpretation: The third period alkali metal should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(c)

Interpretation Introduction

Interpretation: The fourth period halogen should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(d)

Interpretation Introduction

Interpretation: The metal in fourth group and in group 3B should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

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Answer 5

Chapter 3, Problem 47AP

(a)

Interpretation Introduction

Interpretation: The fourth period noble gas should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(b)

Interpretation Introduction

Interpretation: The third period alkali metal should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(c)

Interpretation Introduction

Interpretation: The fourth period halogen should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

(d)

Interpretation Introduction

Interpretation: The metal in fourth group and in group 3B should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

Answer 6

Chapter 3, Problem 47AP

(a)

Interpretation Introduction

Interpretation: The fourth period noble gas should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

Answer 7

Chapter 3, Problem 47AP

(a)

Interpretation Introduction

Interpretation: The fourth period noble gas should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

Answer 8

(b)

Interpretation Introduction

Interpretation: The third period alkali metal should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

Answer 9

(b)

Interpretation Introduction

Interpretation: The third period alkali metal should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

Answer 10

(c)

Interpretation Introduction

Interpretation: The fourth period halogen should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

Answer 11

(c)

Interpretation Introduction

Interpretation: The fourth period halogen should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

Answer 12

(d)

Interpretation Introduction

Interpretation: The metal in fourth group and in group 3B should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

Answer 13

(d)

Interpretation Introduction

Interpretation: The metal in fourth group and in group 3B should be located in the periodic table.

Concept introduction: The electron configuration is the allocation of the electrons of atom or molecule in the atomic or molecular orbitals. It describe that each electron are moving independently in the orbital, in a field created by all the other orbitals. As per the rules of quantum mechanics, for the systems having only one electron, the energy is associated with each of the electronic configuration and, upon some conditions, the electrons are able to move from one electron configuration to another by emitting or absorbing the quantum of energy, in form of a photon. The structure of periodic table is strongly associated to electron configuration of atoms of the elements.

Answer 14

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Answer 16

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Answer 17

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