(a) Interpretation : The expected equation of 47 114 Ag decay. Concept Introduction : With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:- 1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability. 2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability. 3. Heavy nuclei emit alpha particles to attain stability.

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Answer 1

Question

Chapter 14, Problem 14.33PAE

Interpretation Introduction

(a)

Interpretation: The expected equation of $_{47}^{114} Ag$ decay.

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Interpretation Introduction

(b)

Interpretation: The expected equation of $_{11}^{21} Na$ decay

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Interpretation Introduction

(c)

Interpretation: The expected equation of $_{59}^{26} Fe$ decay.

Concept Introduction: Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

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Hi!! Please provide a solution that is handwritten. this is an inorganic chemistry question please answer accordindly!! its just one question with parts JUST ONE QUESTION, please answer EACH part PART A AND PART B!!!!! till the end and dont just provide wordy explanations wherever asked for structures, please DRAW DRAW them on a paper and post clearly!! answer the full question with all details EACH PART CLEARLY please thanks!! im reposting this please solve all parts and drawit not just word explanations!!

Hi!! Please provide a solution that is handwritten. this is an inorganic chemistry question please answer accordindly!! its just one question with parts JUST ONE QUESTION, please answer EACH part till the end and dont just provide wordy explanations wherever asked for structures, please DRAW DRAW them on a paper and post clearly!! answer the full question with all details EACH PART CLEARLY please thanks!! im reposting this please solve all parts and drawit not just word explanations!!

8b. Explain, using key intermediates, why the above two products are formed instead of the 1,2-and 1,4- products shown in the reaction below. CI

Answer 2

Question

Chapter 14, Problem 14.33PAE

Interpretation Introduction

(a)

Interpretation: The expected equation of $_{47}^{114} Ag$ decay.

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Interpretation Introduction

(b)

Interpretation: The expected equation of $_{11}^{21} Na$ decay

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Interpretation Introduction

(c)

Interpretation: The expected equation of $_{59}^{26} Fe$ decay.

Concept Introduction: Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

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Answer 3

Question

Chapter 14, Problem 14.33PAE

Interpretation Introduction

(a)

Interpretation: The expected equation of $_{47}^{114} Ag$ decay.

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Interpretation Introduction

(b)

Interpretation: The expected equation of $_{11}^{21} Na$ decay

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Interpretation Introduction

(c)

Interpretation: The expected equation of $_{59}^{26} Fe$ decay.

Concept Introduction: Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

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Answer 4

Question

Chapter 14, Problem 14.33PAE

Interpretation Introduction

(a)

Interpretation: The expected equation of $_{47}^{114} Ag$ decay.

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Interpretation Introduction

(b)

Interpretation: The expected equation of $_{11}^{21} Na$ decay

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Interpretation Introduction

(c)

Interpretation: The expected equation of $_{59}^{26} Fe$ decay.

Concept Introduction: Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

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Answer 5

Chapter 14, Problem 14.33PAE

Interpretation Introduction

(a)

Interpretation: The expected equation of $_{47}^{114} Ag$ decay.

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Interpretation Introduction

(b)

Interpretation: The expected equation of $_{11}^{21} Na$ decay

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Interpretation Introduction

(c)

Interpretation: The expected equation of $_{59}^{26} Fe$ decay.

Concept Introduction: Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Answer 6

Chapter 14, Problem 14.33PAE

Interpretation Introduction

(a)

Interpretation: The expected equation of $_{47}^{114} Ag$ decay.

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Answer 7

Chapter 14, Problem 14.33PAE

Interpretation Introduction

(a)

Interpretation: The expected equation of $_{47}^{114} Ag$ decay.

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Answer 8

Interpretation Introduction

(b)

Interpretation: The expected equation of $_{11}^{21} Na$ decay

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Answer 9

Interpretation Introduction

(b)

Interpretation: The expected equation of $_{11}^{21} Na$ decay

Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Answer 10

Interpretation Introduction

(c)

Interpretation: The expected equation of $_{59}^{26} Fe$ decay.

Concept Introduction: Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Answer 11

Interpretation Introduction

(c)

Interpretation: The expected equation of $_{59}^{26} Fe$ decay.

Concept Introduction: Concept Introduction: With the help of Band of Stability graph, we can calculate the value of N/Z ratio and hence determine the type of emission:-

1. Isotopes that lie below or towards the right of the band of stability have excess of neutrons so they emit beta particles to attain stability.

2. Isotopes that lie above or to the left of the band of stability have more protons so they emit positron or electron capture occurs so the extra neutron increases stability.

3. Heavy nuclei emit alpha particles to attain stability.

Answer 12

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Answer 13

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Answer 14

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Answer 15

Ch. 14 - Prob. 1CO Ch. 14 - Prob. 2CO Ch. 14 - Prob. 3CO Ch. 14 - Prob. 4CO Ch. 14 - Prob. 5CO Ch. 14 - Prob. 6CO Ch. 14 - Prob. 7CO Ch. 14 - Prob. 8CO Ch. 14 - Prob. 9CO Ch. 14 - Prob. 10CO

Solution Summary: The author explains the expected equation of 47 114 Ag decay. With the help of Band of Stability graph, they can calculate the value of N/Z ratio and hence determine the type of emission.

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