(a) Interpretation: To describe the shape of 3p orbital. Concept Introduction: Types of subshell: s-subshell: s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number. It is spherical in shape and it can have maximum 2 electrons in it. p-subshell: p-subshell contains three orbitals known as ‘np x , np y and np z ’ orbital where n represents the principle quantum number. Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital). d-subshell: d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

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Answer 1

Question

Chapter 5.3, Problem 5.22QAP

Interpretation Introduction

(a)

Interpretation:

To describe the shape of 3p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Interpretation Introduction

(b)

Interpretation:

To determine the shape of 6s orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Interpretation Introduction

(c)

Interpretation:

To describe the shape of 4p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

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Answer 2

Question

Chapter 5.3, Problem 5.22QAP

Interpretation Introduction

(a)

Interpretation:

To describe the shape of 3p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Interpretation Introduction

(b)

Interpretation:

To determine the shape of 6s orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Interpretation Introduction

(c)

Interpretation:

To describe the shape of 4p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

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Answer 3

Question

Chapter 5.3, Problem 5.22QAP

Interpretation Introduction

(a)

Interpretation:

To describe the shape of 3p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Interpretation Introduction

(b)

Interpretation:

To determine the shape of 6s orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Interpretation Introduction

(c)

Interpretation:

To describe the shape of 4p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

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Answer 4

Question

Chapter 5.3, Problem 5.22QAP

Interpretation Introduction

(a)

Interpretation:

To describe the shape of 3p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Interpretation Introduction

(b)

Interpretation:

To determine the shape of 6s orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Interpretation Introduction

(c)

Interpretation:

To describe the shape of 4p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

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Answer 5

Chapter 5.3, Problem 5.22QAP

Interpretation Introduction

(a)

Interpretation:

To describe the shape of 3p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Interpretation Introduction

(b)

Interpretation:

To determine the shape of 6s orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Interpretation Introduction

(c)

Interpretation:

To describe the shape of 4p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Answer 6

Chapter 5.3, Problem 5.22QAP

Interpretation Introduction

(a)

Interpretation:

To describe the shape of 3p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Answer 7

Chapter 5.3, Problem 5.22QAP

Interpretation Introduction

(a)

Interpretation:

To describe the shape of 3p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Answer 8

Interpretation Introduction

(b)

Interpretation:

To determine the shape of 6s orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Answer 9

Interpretation Introduction

(b)

Interpretation:

To determine the shape of 6s orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Answer 10

Interpretation Introduction

(c)

Interpretation:

To describe the shape of 4p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Answer 11

Interpretation Introduction

(c)

Interpretation:

To describe the shape of 4p orbital.

Concept Introduction:

Types of subshell:

s-subshell:

s-subshell contains only one orbital known as ‘ns’ orbital where n represents the principle quantum number.

It is spherical in shape and it can have maximum 2 electrons in it.

p-subshell:

p-subshell contains three orbitals known as ‘np_x, np_y and np_z’ orbital where n represents the principle quantum number.

Its shape is like dumbbell and it can have maximum 6 electrons in it (2 electrons in each orbital).

d-subshell:

d-subshell contains five orbitals and its shape is like double dumbbell and it can have maximum 10 electrons in it (2 electrons in each orbital).

Answer 12

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Answer 13

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Answer 14

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Answer 15

Ch. 5.1 - What is meant by the wavelength of UV light?Ch. 5.1 - How are the wavelength and frequency of light...Ch. 5.1 - What is the difference between “white” light and...Ch. 5.1 - Prob. 5.4QAP Ch. 5.1 - Prob. 5.5QAP Ch. 5.1 - AM radio waves have a frequency of 8105s-1 ....Ch. 5.1 - Prob. 5.7QAP Ch. 5.1 - Prob. 5.8QAP Ch. 5.1 - Which ty pe of electromagnetic radiation, cell...Ch. 5.1 - Prob. 5.10QAP

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