The atoms L i , N a and K has to be arranged in order of increasing positive electron affinity . Concept Introduction: Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion. Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A. In the case of Group 2A and Group 8A elements, the subshells are completed so the electron has to be added to a subshell with higher energy. In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion. Down the group, the electron affinity values vary a little.

Question

Want to see the full answer?

Answer 1

Question

Chapter 8, Problem 8.61QP

(a)

Interpretation Introduction

Interpretation: The atoms Li, Na and K has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are completed so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

(b)

Interpretation Introduction

Interpretation: The atoms F, Cl, Br and I has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

(c)

Interpretation Introduction

Interpretation: The atoms O,Si, P, Ca and Ba has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half-fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Blocking Group are use to put 2 large sterically repulsive group ortho. Show the correct sequence toconnect the reagent to product with the highest yield possible. * see image **NOTE: The compound on the left is the starting point, and the compound on the right is the final product. Please show the steps in between to get from start to final, please. These are not two different compounds that need to be worked.

I dont understand this.

Can you please explain this prooblem to me, show me how the conjugation is added, did I add them in the correct places and if so please show me. Thanks!

Answer 2

Question

Chapter 8, Problem 8.61QP

(a)

Interpretation Introduction

Interpretation: The atoms Li, Na and K has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are completed so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

(b)

Interpretation Introduction

Interpretation: The atoms F, Cl, Br and I has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

(c)

Interpretation Introduction

Interpretation: The atoms O,Si, P, Ca and Ba has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half-fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 8, Problem 8.61QP

(a)

Interpretation Introduction

Interpretation: The atoms Li, Na and K has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are completed so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

(b)

Interpretation Introduction

Interpretation: The atoms F, Cl, Br and I has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

(c)

Interpretation Introduction

Interpretation: The atoms O,Si, P, Ca and Ba has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half-fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 8, Problem 8.61QP

(a)

Interpretation Introduction

Interpretation: The atoms Li, Na and K has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are completed so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

(b)

Interpretation Introduction

Interpretation: The atoms F, Cl, Br and I has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

(c)

Interpretation Introduction

Interpretation: The atoms O,Si, P, Ca and Ba has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half-fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 8, Problem 8.61QP

(a)

Interpretation Introduction

Interpretation: The atoms Li, Na and K has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are completed so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

(b)

Interpretation Introduction

Interpretation: The atoms F, Cl, Br and I has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

(c)

Interpretation Introduction

Interpretation: The atoms O,Si, P, Ca and Ba has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half-fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Answer 6

Chapter 8, Problem 8.61QP

(a)

Interpretation Introduction

Interpretation: The atoms Li, Na and K has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are completed so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Answer 7

Chapter 8, Problem 8.61QP

(a)

Interpretation Introduction

Interpretation: The atoms Li, Na and K has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are completed so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Answer 8

(b)

Interpretation Introduction

Interpretation: The atoms F, Cl, Br and I has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Answer 9

(b)

Interpretation Introduction

Interpretation: The atoms F, Cl, Br and I has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half–fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Answer 10

(c)

Interpretation Introduction

Interpretation: The atoms O,Si, P, Ca and Ba has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half-fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Answer 11

(c)

Interpretation Introduction

Interpretation: The atoms O,Si, P, Ca and Ba has to be arranged in order of increasing positive electron affinity.

Concept Introduction:

Electron Affinity: It is energy change taking place when one electron is added to an atom which is neutral in its gaseous state forming an anion.

Along the period, electron affinity increases from left to right expect for Group 2A, Group 8A and Group 5A.

In the case of Group 2A and Group 8A elements, the subshells are complete so the electron has to be added to a subshell with higher energy.

In the case of Group 5A elements, the p subshell is half-fill hence has high electron–electron repulsion.

Down the group, the electron affinity values vary a little.

Answer 12

Expert Solution & Answer

Answer 13

Expert Solution & Answer

Answer 14

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 15

Ch. 8.2 - Practice Exercise An atom of a certain element has...Ch. 8.2 - Review of concepts Identify the elements whose...Ch. 8.3 - Practice Exercise Arrange the following atoms in...Ch. 8.3 - Prob. 1RC Ch. 8.3 - Prob. 2PE Ch. 8.3 - Prob. 2RC Ch. 8.4 - Prob. 1PE Ch. 8.4 - Prob. 1RC Ch. 8.5 - Prob. 1PE Ch. 8.5 - Prob. 1RC

Concept explainers

Want to see the full answer?

Chapter 8 Solutions