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Byju's Answer
Standard XII
Chemistry
Gamma Decay
The number of...
Question
The number of
α
and
β
-particles emitted in the nuclear reaction are:
228
90
T
h
⟶
212
83
B
i
A
4
α
and
1
β
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B
3
α
and
7
β
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C
8
α
and
1
β
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D
4
α
and
7
β
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Solution
The correct option is
B
4
α
and
1
β
228
90
T
h
⟶
212
83
B
i
∴
Δ
mass
=
16
Δ
nuclear
=
7
∴
4
α
particle and
1
β
particle is needed to create a nuclear decay of 16 a.m.u and 7 nucleides.
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Similar questions
Q.
The number of
α
and
β
-particles emitted in the nuclear reaction
228
90
T
h
⟶
212
83
B
i
are:
Q.
When
90
T
h
228
transforms to
83
B
i
212
, then the number of the emitted
α
-and
β
-particles is, respectively
Q.
If α =
tan
-
1
tan
5
π
4
and
β
=
tan
-
1
-
tan
2
π
3
, then
(a) 4 α = 3 β
(b) 3 α = 4 β
(c) α − β =
7
π
12
(d) none of these
Q.
In the nuclear reaction
90
T
h
232
→
82
P
b
208
. The number of
α
and
β
particles emitted are:
Q.
The number of
α
and
β
−
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90
T
h
228
⟶
83
B
i
212
are respectively :
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