In uranium radioactive series, initial nucleus `""^(238)U_(92)` decays to final nucleus `""^(206)U_(82)`. In this process, the number of `alpha`-particles and `beta`-particles emitted are

When the nucleus of .^(238)U_(92) disintegrates to give one nuclues of .^(206)U_(82) , the number of alpha- particles emitted and the number of beta- particles emitted is

When the nucleus of .^(238)U_(92) disintegrates to give one nuclues of .^(206)U_(82) , the number of alpha- particles emitted and the number of beta- particles emitted is

In the final Uranium radicactive series the initial nucleus is _(238)^(92) U and the final nucleus is _(82)^(206) pb . When Uranium necleus docays to lead , the number of a - particle is …….. And the number of beta - particles emited is ……

In the final Uranium radioactive series the initial nucleus is U_(92)^(238) and the final nucleus is Pb_(82)^(206) . When Uranium neucleus decays to lead , the number of a - particle is …….. And the number of beta - particles emited is ……

On decay of ""_(92)U^(238) to a stable nucleus ""_(82)Pb^(206) , the number of alpha and beta particles emitted ar

In radioactive transformation ""_(92)U^(235) to ""_(82)Pb^(206) , the number of alpha and beta particles emitted are

In the nuclear reaction U_92^238 to Pb_82^206 , the number of alpha and beta particles decayed are: