[" I the decay sequence "_(92)^(238)U-x_(1)_(1)234longrightarrow_(90)^(234)Th-x_(2)_(91)_(91)Pa-x_(3)^(234)longrightarrow Z-x_(4)_(9)^(230)Th;x_(1),x_(2),x_(3)" and "x_(4)" are particles "],[" radiation emitted by the respective isotopes.The correct option "(s)" is (are) "]

In the decay sequence, {:(238),(92):}Uoverset(-x_(1))rarr{:(234),(90):}"Th"overset(-x_(2))rarr{:(234),(91):}"Pa"overset(-x_(3))rarr234_(Z) overset(-x_(4))rarr{:(230),(90):} x_(1),x_(2),x_(3) and x_(4) are particles/radiation emitted by the respective isotopes. The correct option(s) is (are):

In the decay sequence, {:(238),(92):}Uoverset(-x_(1))rarr{:(234),(90):}"Th"overset(-x_(2))rarr{:(234),(91):}"Pa"overset(-x_(3))rarr234_(Z) overset(-x_(4))rarr{:(230),(90):} x_(1),x_(2),x_(3) and x_(4) are particles/radiation emitted by the respective isotopes. The correct option(s) is (are):

._(92)^(238)Uoverset(x_(1))to._(90)^(234)Thoverset(x_(2))to._(91)^(234)Paoverset(x_(3))to.^(234)Zoverset(x_(4))to._(90)^(230)Th x_(1),x_(2),x_(3),x_(4) , x_(1),x_(2),x_(3),x_(4) , are either particles or radiation. Then

An isotope _(92)U^(238) decays successively to form _(90)Th^(234),_(91)Pa^(234),_(92)U^(234),_(90)Th^(230) and _(88)Ra^(226) .What are the radiation emitted in these five steps?

An isotope ._(92)U^(238) decays successively to form ._(90)Th^(234),._(91)Pa^(234),._(90)Th^(234),._(90)Th^(230) and ._(88)Ra^(226) . What are the radiations emitted in these five steps?