List-I shows different radioactive decay processes and List-II provides possible emitted particles. Match each entry in List-I with an appropriate entry from List-II, and choose the correct option. List-I List-IIP) 92238U→91234Pa1)one α particle and one β+ particleQ) 82214Pb→82210Pb2)Three β- particles and one α particleR) 81210T1→82206Pb3)two β- particles and one α particleS) 91228Pa→88224Ra4)one α particle and one β- particle 5)one α particle and two β+ particles

P → 4 ; Q → 3 ; R → 2 ; S → 1

P → 4 ; Q → 3 ; R → 2 ; S → 1

P → 4 ; Q → 1 ; R → 2 ; S → 5

P → 5 ; Q → 3 ; R → 1 ; S → 4

P → 5 ; Q → 1 ; R → 3 ; S → 2

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List-I shows different radioactive decay processes and List-II provides possible emitted particles. Match each entry in List-I with an appropriate entry from List-II, and choose the correct option.
List-I List-II
P) $_{92}^{238} U \to_{91}^{234} P a$ 1) one $α$ particle and one $β^{+}$ particle
Q) $_{82}^{214} P b \to_{82}^{210} P b$ 2) Three $β^{-}$ particles and one $α$ particle
R) $_{81}^{210} T 1 \to_{82}^{206} P b$ 3) two $β^{-}$ particles and one $α$ particle
S) $_{91}^{228} P a \to_{88}^{224} R a$ 4) one $α$ particle and one $β^{-}$ particle
5) one $α$ particle and two $β^{+}$ particles

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$P \to 4; Q \to 3; R \to 2; S \to 1$

$P \to 4; Q \to 1; R \to 2; S \to 5$

$P \to 5; Q \to 3; R \to 1; S \to 4$

$P \to 5; Q \to 1; R \to 3; S \to 2$

answer is A.

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	List-I		List-II
P)	$_{92}^{238} U \to_{91}^{234} P a$	1)	one $α$ particle and one $β^{+}$ particle
Q)	$_{82}^{214} P b \to_{82}^{210} P b$	2)	Three $β^{-}$ particles and one $α$ particle
R)	$_{81}^{210} T 1 \to_{82}^{206} P b$	3)	two $β^{-}$ particles and one $α$ particle
S)	$_{91}^{228} P a \to_{88}^{224} R a$	4)	one $α$ particle and one $β^{-}$ particle
		5)	one $α$ particle and two $β^{+}$ particles