Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?

Question

Want to see more full solutions like this?

Answer 1

Question

Chapter 22, Problem 22.1VP

Interpretation Introduction

To find:

Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?

Expert Solution & Answer

Answer to Problem 22.1VP

Solution:

Figure P22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Explanation of Solution

The radius of a monoatomic cation decreases as we go across the period from left to right. Even though the size of the atomic nucleus increases with larger atomic number, moving across the period, the ionic and atomic sizes decrease. This is because the effective positive force of the nucleus also increases, drawing in the electrons more tightly. When the cation is formed, the entire valence shell is lost; thus, the outermost electrons in a cation are bound very closely to the nucleus, and hence the size of the cations decreases.

Hence, when the elements of the same period form cations, their size will increase as we go from the right to the left.

In Figure P21.1, we are given four figures from “a” to “d” of the periodic table depicting the trends in monoatomic radii for cations with the arrows such that the arrows point in the direction of increasing radii.

In Figure P22.1 (d), the monoatomic cation radii increase from the right to the left and from the top to the bottom. Thus, Figure P.22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Conclusion:

The radius of monoatomic cations increases as we move down the group and decrease as we move across the period.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Students have asked these similar questions

A first order reaction is 46.0% complete at the end of 59.0 minutes. What is the value of k? What is the half-life for this reaction? HOW DO WE GET THERE? The integrated rate law will be used to determine the value of k. In [A] [A]。 = = -kt What is the value of [A] [A]。 when the reaction is 46.0% complete?

3. Provide the missing compounds or reagents. 1. H,NNH КОН 4 EN MN. 1. HBUCK = 8 хно Panely prowseful kanti-chuprccant fad, winddively, can lead to the crading of deduc din-willed, tica, The that chemooices in redimi Грин. " like (for alongan Ridovi MN نيا . 2. Cl -BuO 1. NUH 2.A A -BuOK THE CF,00,H Ex 5)

2. Write a complete mechanism for the reaction shown below. NaOCH LOCH₁ O₂N NO2 CH₂OH, 20 °C O₂N NO2

Answer 2

Question

Chapter 22, Problem 22.1VP

Interpretation Introduction

To find:

Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?

Expert Solution & Answer

Answer to Problem 22.1VP

Solution:

Figure P22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Explanation of Solution

The radius of a monoatomic cation decreases as we go across the period from left to right. Even though the size of the atomic nucleus increases with larger atomic number, moving across the period, the ionic and atomic sizes decrease. This is because the effective positive force of the nucleus also increases, drawing in the electrons more tightly. When the cation is formed, the entire valence shell is lost; thus, the outermost electrons in a cation are bound very closely to the nucleus, and hence the size of the cations decreases.

Hence, when the elements of the same period form cations, their size will increase as we go from the right to the left.

In Figure P21.1, we are given four figures from “a” to “d” of the periodic table depicting the trends in monoatomic radii for cations with the arrows such that the arrows point in the direction of increasing radii.

In Figure P22.1 (d), the monoatomic cation radii increase from the right to the left and from the top to the bottom. Thus, Figure P.22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Conclusion:

The radius of monoatomic cations increases as we move down the group and decrease as we move across the period.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Question

Chapter 22, Problem 22.1VP

Interpretation Introduction

To find:

Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?

Expert Solution & Answer

Answer to Problem 22.1VP

Solution:

Figure P22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Explanation of Solution

The radius of a monoatomic cation decreases as we go across the period from left to right. Even though the size of the atomic nucleus increases with larger atomic number, moving across the period, the ionic and atomic sizes decrease. This is because the effective positive force of the nucleus also increases, drawing in the electrons more tightly. When the cation is formed, the entire valence shell is lost; thus, the outermost electrons in a cation are bound very closely to the nucleus, and hence the size of the cations decreases.

Hence, when the elements of the same period form cations, their size will increase as we go from the right to the left.

In Figure P21.1, we are given four figures from “a” to “d” of the periodic table depicting the trends in monoatomic radii for cations with the arrows such that the arrows point in the direction of increasing radii.

In Figure P22.1 (d), the monoatomic cation radii increase from the right to the left and from the top to the bottom. Thus, Figure P.22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Conclusion:

The radius of monoatomic cations increases as we move down the group and decrease as we move across the period.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Question

Chapter 22, Problem 22.1VP

Interpretation Introduction

To find:

Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?

Expert Solution & Answer

Answer to Problem 22.1VP

Solution:

Figure P22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Explanation of Solution

The radius of a monoatomic cation decreases as we go across the period from left to right. Even though the size of the atomic nucleus increases with larger atomic number, moving across the period, the ionic and atomic sizes decrease. This is because the effective positive force of the nucleus also increases, drawing in the electrons more tightly. When the cation is formed, the entire valence shell is lost; thus, the outermost electrons in a cation are bound very closely to the nucleus, and hence the size of the cations decreases.

Hence, when the elements of the same period form cations, their size will increase as we go from the right to the left.

In Figure P21.1, we are given four figures from “a” to “d” of the periodic table depicting the trends in monoatomic radii for cations with the arrows such that the arrows point in the direction of increasing radii.

In Figure P22.1 (d), the monoatomic cation radii increase from the right to the left and from the top to the bottom. Thus, Figure P.22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Conclusion:

The radius of monoatomic cations increases as we move down the group and decrease as we move across the period.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 22, Problem 22.1VP

Interpretation Introduction

To find:

Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?

Expert Solution & Answer

Answer to Problem 22.1VP

Solution:

Figure P22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Explanation of Solution

The radius of a monoatomic cation decreases as we go across the period from left to right. Even though the size of the atomic nucleus increases with larger atomic number, moving across the period, the ionic and atomic sizes decrease. This is because the effective positive force of the nucleus also increases, drawing in the electrons more tightly. When the cation is formed, the entire valence shell is lost; thus, the outermost electrons in a cation are bound very closely to the nucleus, and hence the size of the cations decreases.

Hence, when the elements of the same period form cations, their size will increase as we go from the right to the left.

In Figure P21.1, we are given four figures from “a” to “d” of the periodic table depicting the trends in monoatomic radii for cations with the arrows such that the arrows point in the direction of increasing radii.

In Figure P22.1 (d), the monoatomic cation radii increase from the right to the left and from the top to the bottom. Thus, Figure P.22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Conclusion:

The radius of monoatomic cations increases as we move down the group and decrease as we move across the period.

Answer 6

Chapter 22, Problem 22.1VP

Interpretation Introduction

To find:

Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?

Expert Solution & Answer

Answer to Problem 22.1VP

Solution:

Figure P22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Explanation of Solution

The radius of a monoatomic cation decreases as we go across the period from left to right. Even though the size of the atomic nucleus increases with larger atomic number, moving across the period, the ionic and atomic sizes decrease. This is because the effective positive force of the nucleus also increases, drawing in the electrons more tightly. When the cation is formed, the entire valence shell is lost; thus, the outermost electrons in a cation are bound very closely to the nucleus, and hence the size of the cations decreases.

Hence, when the elements of the same period form cations, their size will increase as we go from the right to the left.

In Figure P21.1, we are given four figures from “a” to “d” of the periodic table depicting the trends in monoatomic radii for cations with the arrows such that the arrows point in the direction of increasing radii.

In Figure P22.1 (d), the monoatomic cation radii increase from the right to the left and from the top to the bottom. Thus, Figure P.22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Conclusion:

The radius of monoatomic cations increases as we move down the group and decrease as we move across the period.

Answer 7

Chapter 22, Problem 22.1VP

Interpretation Introduction

To find:

Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?

Answer 8

Expert Solution & Answer

Answer to Problem 22.1VP

Solution:

Figure P22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

The radius of a monoatomic cation decreases as we go across the period from left to right. Even though the size of the atomic nucleus increases with larger atomic number, moving across the period, the ionic and atomic sizes decrease. This is because the effective positive force of the nucleus also increases, drawing in the electrons more tightly. When the cation is formed, the entire valence shell is lost; thus, the outermost electrons in a cation are bound very closely to the nucleus, and hence the size of the cations decreases.

Hence, when the elements of the same period form cations, their size will increase as we go from the right to the left.

In Figure P21.1, we are given four figures from “a” to “d” of the periodic table depicting the trends in monoatomic radii for cations with the arrows such that the arrows point in the direction of increasing radii.

In Figure P22.1 (d), the monoatomic cation radii increase from the right to the left and from the top to the bottom. Thus, Figure P.22.1 (d) best describes the increasing trend in the monoatomic cation radii moving down the group and across a period.

Conclusion:

The radius of monoatomic cations increases as we move down the group and decrease as we move across the period.

Answer 12

Ch. 22 - Prob. 22.1VP Ch. 22 - Prob. 22.21VP Ch. 22 - Prob. 22.31VP Ch. 22 - Prob. 22.41VP Ch. 22 - Prob. 22.51VP Ch. 22 - Prob. 22.61VP Ch. 22 - Prob. 22.71VP Ch. 22 - Prob. 22.81VP Ch. 22 - Prob. 22.91VP Ch. 22 - Prob. 22.101VP

Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?

To find: Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?

Answer to Problem 22.1VP

Explanation of Solution

Want to see more full solutions like this?

Chapter 22 Solutions

To find:

Which part of the Figure P22.1 best describes the increasing trend in monoatomic cation radii moving up or down a group or across a period in the periodic table?