In the given radioactive disintegration series
`._(92)^(235)U rarr_(82)^(207)Pb`
Calculate difference between number of `alpha` and number of `beta` particles emitted in this series.

In the given radioactive disintegration series ._(92)^(235)U rarr_(82)^(207)Pb Calculate number of alpha and number of beta particles emitted in this series.

Calculate difference between number of a beta particles emmited in the nuclear reaction ""_(92)U""^(23)to""_(82)Pb""^(206)

A radioactive disintegration of ""_(90)Th^(232) yields ""_(82)Pb^(208) in the end . The number of alpha and beta -particle emitted will be

Calculate the number of alpha and beta particles emitted in the conversion of 90^(Th^(232) to 82^(pb^(208)) .

Calculate the number of alpha and beta particles emitted in the conversion of 90^(Th^(232) to 82^(pb^(208)) .

Calculate the number of alpha and beta particles emitted in the conversion of 90^(Th^(232) to 82^(pb^(208)) .

The difference between number of alpha and beta particles emitted during the conversion of U_(92)^(238) to Pb_(82)^(206) is

._(92)U^(238) is radioactive and it emits alpha and beta particles to form ._(82)Pb^(206). Calculate the number of alpha and beta particles emitted in this conversion. An ore of ._(92)U^(238) is found ot contain ._(92)U^(238) and _(82)Pb^(206) in the weight ratio of 1: 0.1. The half- life -period of ._(92)U^(238) is 4.5xx 10^(9) yr. Calculate the age of the ore.