Concept explainers
A
Interpretation : The given equation needs to be completed.
Concept Introduction : The radioactive decay process is the process in which element is decayed by releasing a, ß, and γ rays.
A
Answer to Problem 6E
Hence the missing particle will be beta particle.
Explanation of Solution
Given information : The given reaction is as follows,
Let the missing particle is
Hence A=0 and Z= -1. Hence the missing particle will be beta particle and it is represented by
B
Interpretation : The given equation needs to be completed.
Concept Introduction : The radioactive decay process is the process in which element is decayed by releasing a, ß, and γ rays.
B
Answer to Problem 6E
The missing particle will be alpha particle.
Explanation of Solution
Given information : The equation is given,
Let the missing particle is
From the above equation, A= 4 and Z=2. Hence the missing particle is alpha particle which is represented by the
C
Interpretation : The given equation needs to be completed.
Concept Introduction : The radioactive decay process is the process in which element is decayed by releasing a, ß, and γ rays.
C
Answer to Problem 6E
Hence the missing particle is positron.
Explanation of Solution
Given information : The given equation is as follows,
Let the missing particle is
From the equation, A= 0, and Z= 1, hence this particle will be positron which is represented by the
D
Interpretation : The given equation needs to be completed.
Concept Introduction : The radioactive decay process is the process in which element is decayed by releasing a, ß, and γ rays.
D
Answer to Problem 6E
Hence the missing particle is beta particle.
Explanation of Solution
Given information : The given equation is given below,
Let the missing particle is
From the equation A=0 and Z= -1. Hence the missing particle is beta particle and represented by
E
Interpretation : The given equation needs to be completed.
Concept Introduction : The radioactive decay process is the process in which element is decayed by releasing a, ß, and γ rays.
E
Answer to Problem 6E
Hence the missing particle is beta particle.
Explanation of Solution
Given information : The given equation is given below,
Let the missing particle is
From the equation, A= 0 and Z= -1. Hence the missing particle is beta particle and represented by
F
Interpretation : The given equation needs to be completed.
Concept Introduction : The radioactive decay process is the process in which element is decayed by releasing a, ß, and γ rays.
F
Answer to Problem 6E
Hence the missing particle is beta particle.
Explanation of Solution
Given information : The given equation is given below,
Let the missing particle is
From the equation, A= 0 and Z= -1. Hence the missing particle is beta particle and represented by
G
Interpretation : The given equation needs to be completed.
Concept Introduction : The radioactive decay process is the process in which element is decayed by releasing a, ß, and γ rays.
G
Answer to Problem 6E
Hence the missing particle is beta particle.
Explanation of Solution
Given information : The given equation is given below,
Let the missing particle is
From the equation, A= 0 and Z= -1. Hence the missing particle is beta particle and represented by
H
Interpretation : The given equation needs to be completed.
Concept Introduction : The radioactive decay process is the process in which element is decayed by releasing a, ß, and γ rays.
H
Answer to Problem 6E
Hence the missing particle is alpha particle.
Explanation of Solution
Given information : The given equation is given below,
Let the missing particle is
From the above equation, A= 4 and Z=2. Hence the missing particle is alpha particle which is represented by the
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