(a) The missing value of fusion reactions.

Question

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Answer 1

Question

Chapter 27, Problem 57QAP

To determine

(a)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

To determine

(b)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H4+H4e→B7e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

4+ 4 = 7+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H4+H4e→B7e+n1

To determine

(c)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the number of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3e+n1

To determine

(d)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H12+H11→γ+H23e.

Explanation of Solution

Given info:

The given reaction is, H12+H11→γ+Xyx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 1 = 0+ xx =3

And

1+ 1 = 0+ yx =2

So, the atomic number is 2.

Hence, the complete reaction would be H12+H11→γ+H23e

To determine

(f)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

H2+H2→H3+nx

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3+n1

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Answer 2

Question

Chapter 27, Problem 57QAP

To determine

(a)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

To determine

(b)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H4+H4e→B7e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

4+ 4 = 7+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H4+H4e→B7e+n1

To determine

(c)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the number of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3e+n1

To determine

(d)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H12+H11→γ+H23e.

Explanation of Solution

Given info:

The given reaction is, H12+H11→γ+Xyx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 1 = 0+ xx =3

And

1+ 1 = 0+ yx =2

So, the atomic number is 2.

Hence, the complete reaction would be H12+H11→γ+H23e

To determine

(f)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

H2+H2→H3+nx

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3+n1

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Answer 3

Question

Chapter 27, Problem 57QAP

To determine

(a)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

To determine

(b)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H4+H4e→B7e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

4+ 4 = 7+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H4+H4e→B7e+n1

To determine

(c)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the number of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3e+n1

To determine

(d)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H12+H11→γ+H23e.

Explanation of Solution

Given info:

The given reaction is, H12+H11→γ+Xyx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 1 = 0+ xx =3

And

1+ 1 = 0+ yx =2

So, the atomic number is 2.

Hence, the complete reaction would be H12+H11→γ+H23e

To determine

(f)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

H2+H2→H3+nx

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3+n1

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

Answer 4

Question

Chapter 27, Problem 57QAP

To determine

(a)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

To determine

(b)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H4+H4e→B7e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

4+ 4 = 7+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H4+H4e→B7e+n1

To determine

(c)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the number of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3e+n1

To determine

(d)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H12+H11→γ+H23e.

Explanation of Solution

Given info:

The given reaction is, H12+H11→γ+Xyx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 1 = 0+ xx =3

And

1+ 1 = 0+ yx =2

So, the atomic number is 2.

Hence, the complete reaction would be H12+H11→γ+H23e

To determine

(f)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

H2+H2→H3+nx

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3+n1

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 27, Problem 57QAP

To determine

(a)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

To determine

(b)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H4+H4e→B7e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

4+ 4 = 7+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H4+H4e→B7e+n1

To determine

(c)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the number of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3e+n1

To determine

(d)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H12+H11→γ+H23e.

Explanation of Solution

Given info:

The given reaction is, H12+H11→γ+Xyx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 1 = 0+ xx =3

And

1+ 1 = 0+ yx =2

So, the atomic number is 2.

Hence, the complete reaction would be H12+H11→γ+H23e

To determine

(f)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

H2+H2→H3+nx

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3+n1

Answer 6

Chapter 27, Problem 57QAP

To determine

(a)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

Answer 7

Chapter 27, Problem 57QAP

To determine

(a)

The missing value of fusion reactions.

Answer 8

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Answer 9

Expert Solution

Answer 10

Expert Solution

Answer 11

Expert Solution

Answer 12

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

Answer 13

To determine

(b)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Explanation of Solution

Given info:

The given reaction is, H4+H4e→B7e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

4+ 4 = 7+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H4+H4e→B7e+n1

Answer 14

To determine

(b)

The missing value of fusion reactions.

Answer 15

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H3→H4e+n1.

Answer 16

Expert Solution

Answer 17

Expert Solution

Answer 18

Expert Solution

Answer 19

Explanation of Solution

Given info:

The given reaction is, H4+H4e→B7e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

4+ 4 = 7+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H4+H4e→B7e+n1

Answer 20

To determine

(c)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3e+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the number of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3e+n1

Answer 21

To determine

(c)

The missing value of fusion reactions.

Answer 22

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3e+n1.

Answer 23

Expert Solution

Answer 24

Expert Solution

Answer 25

Expert Solution

Answer 26

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the number of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3e+n1

Answer 27

To determine

(d)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H12+H11→γ+H23e.

Explanation of Solution

Given info:

The given reaction is, H12+H11→γ+Xyx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 1 = 0+ xx =3

And

1+ 1 = 0+ yx =2

So, the atomic number is 2.

Hence, the complete reaction would be H12+H11→γ+H23e

Answer 28

To determine

(d)

The missing value of fusion reactions.

Answer 29

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H12+H11→γ+H23e.

Answer 30

Expert Solution

Answer 31

Expert Solution

Answer 32

Expert Solution

Answer 33

Explanation of Solution

Given info:

The given reaction is, H12+H11→γ+Xyx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 1 = 0+ xx =3

And

1+ 1 = 0+ yx =2

So, the atomic number is 2.

Hence, the complete reaction would be H12+H11→γ+H23e

Answer 34

To determine

(f)

The missing value of fusion reactions.

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3+n1.

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

H2+H2→H3+nx

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H2→H3+n1

Answer 35

To determine

(f)

The missing value of fusion reactions.

Answer 36

Expert Solution

Answer to Problem 57QAP

The fusion reaction is H2+H2→H3+n1.

Answer 37

Expert Solution

Answer 38

Expert Solution

Answer 39

Expert Solution

Answer 40

Explanation of Solution

Given info:

The given reaction is, H2+H3→H4e+nx

Calculation:

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 3 = 4+ xx =1

So, 1 neutron will be released from the above equation

Hence, the complete reaction would be

H2+H3→H4e+n1

H2+H2→H3+nx

To calculate the no of neutrons, release from the above equation. The mass should be equal to the left side and right side of the equation for balancing the equation. So, equate the left side and right side of the masses. We get,

2+ 2 = 3+ xx =1