In the given reaction z X A - z -1 Y A - z -1 K A -4- z -1 K A -4Radioactive radiations are emitted in the sequence ofA- - - YB- - - YC- Y - - -D- - Y - -

The correct option is B β, α, γGiven reaction can be considered as _zX^A nbsp;_ 1β^0⟶ _Z+1Y^A _2He^4(α)⟶_Z 1K^A 4_0γ^0⟶_Z 1K^A 4 So, β,α,γ particles are re ...

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Standard XII

Physics

Beta Decay

In the given ...

Question

In the given reaction

$_{z} X^{A} \to_{z + 1} Y^{A} \to_{z - 1} K^{A - 4} \to_{z - 1} K^{A - 4}$
Radioactive radiations are emitted in the sequence of

α, β, γ

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β, α, γ

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γ, α, β

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β, γ, α

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Solution

The correct option is B $β, α, γ$
Given reaction can be considered as
$_{z} X^{A} {_{- 1} β^{0} ⟶}_{Z + 1} Y^{A} {_{2} H e^{4} (α) ⟶}_{Z - 1} K^{A - 4} {_{0} γ^{0} ⟶}_{Z - 1} K^{A - 4}$

So, $β, α, γ$ particles are released in the sequence.

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In the given reaction zXA→z+1YA→z−1KA−4→z−1KA−4 Radioactive radiations are emitted in the sequence of

The correct option is B β,α,γGiven reaction can be considered as zXA−1β0⟶Z+1YA2He4(α)⟶Z−1KA−40γ0⟶Z−1KA−4 So, β,α,γ particles are released in the sequence.

In the given reaction

$_{z} X^{A} \to_{z + 1} Y^{A} \to_{z - 1} K^{A - 4} \to_{z - 1} K^{A - 4}$
Radioactive radiations are emitted in the sequence of

The correct option is B $β, α, γ$
Given reaction can be considered as
$_{z} X^{A} {_{- 1} β^{0} ⟶}_{Z + 1} Y^{A} {_{2} H e^{4} (α) ⟶}_{Z - 1} K^{A - 4} {_{0} γ^{0} ⟶}_{Z - 1} K^{A - 4}$

So, $β, α, γ$ particles are released in the sequence.