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Byju's Answer
Standard XII
Physics
Area and Volume Expansion
90 Th 232 ⟶ ...
Question
90
T
h
232
⟶
82
P
b
208
. The number of
α
and
β
- particles emitted during the above reaction is:
A
8
α
and
4
β
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B
8
α
and
16
β
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C
4
α
and
2
β
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D
6
α
and
4
β
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Solution
The correct option is
D
6
α
and
4
β
no. of
α
particles
=
232
−
208
4
=
24
4
=
6
α
No. of
β
particles
=
2
×
6
−
(
90
−
82
)
=
12
−
8
=
4
β
Hence,
6
α
and
4
β
particles are emitted.
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0
Similar questions
Q.
Match the following:
List-I
Series
List-II
Particles emitted
(
A
)
Thorium
(
i
)
8
α
,
5
β
(
B
)
Neptunium
(
i
i
)
8
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,
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β
(
C
)
Actinium
(
i
i
i
)
6
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(
D
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Uranium
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i
v
)
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β
Q.
In the radioactive disintegration series
232
T
h
90
→
208
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b
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, involving
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n
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β
decay, the total number of
α
a
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d
β
particles emitted are:
Q.
When
90
T
h
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transforms to
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How many
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90
T
h
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⟶
82
P
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