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} {\Pa} (1) one \alpha particle and one \beta^{+}particle (Q) { }_{82}^{214} {\Pb} \to{ }_{82}^{210} {\Pb} (2) three \beta^{-}particles and one \alpha particle (R) { }_{81}^{210} {\TI} \to{ }_{82}^{206} {\Pb} (3) two \beta^{-}particles and one \alpha particle (S) { }_{91}^{228} {\Pa} \to{ }_{88}^{224} {\Ra} (4) one \alpha particle and one \beta^{-}particle (5) one \alpha particle and two \beta^{+}particles [JEE Adv 2023 P1]

Correct Answer is : P→4,Q→3,R→2,S→1

{\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

Atoms and Nuclei

Section: Physics

Question : 4 of 51

Marks: +1, -0

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) ‌92238U→‌91234‌Pa	(1) one α particle and one β+particle
(Q) ‌82214‌Pb→‌82210‌Pb	(2) three β−particles and one α particle
(R) ‌81210‌TI→‌82206‌Pb	(3) two β−particles and one α particle
(S) ‌91228‌Pa→‌88224‌Ra	(4) one α particle and one β−particle
	(5) one α particle and two β+particles

[JEE Adv 2023 P1]

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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