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Complete the reaction : ""90Th^(234) to ...

Complete the reaction : `""_90Th^(234) to ""_91Pa^(234) +?`

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The radioactive nuclei are unstable and emit alpha (._(2)He^(4)) , beta (._(-1)e^(0)) and gamma (._(0)gamma^(0)) radiations to acheive states of greater stability. Rutherford and Soddy suggested the following rules governing the radioactive decay, (i) The algebric sum of charges (atomic numbers) before and after disintegration must be the same. (ii) The sum of mass numbers before and after disintegration must also be the same. The particle emitted in the reaction ._(90)Th^(234) to ._(91)Pa^(234)+........ is

In the nuclear reaction ._(90)^(234)Th rarr ._(91)^(234)Pa + X . X is -

By using law of conservation of electric charge balance the following equation : ""_(92)U^(238) to ""_(90)Th^(234)+ ________

The element 'X' in the following reaction is : ""_(90)^(234)Th to 7_(2)^(4)He + 6""_(-1)^(0)e + X

How many alpha -particles will be emmited when ""_(90)Th""^(234) change into ""_(84)Po""^(218) ?

From the following nuclei select the isotopes and isobars : ""_(92)^(238)U, ""_(90)^(234)Th, ""_(92)^(234)U, ""_(91)^(234)Pa .

Part of uranium decay series is shown ._(92)U^(234) to ._(90)Th^(234) to ._(91) Pa^(234) to ._(90)Th^(230) to ._(88)Ra^(226) How many parts of isotopes are there in the above series

Part of uranium decay series is shown ._(92)U^(234) to ._(90)Th^(234) to ._(91) Pa^(234) to ._(90)Th^(230) to ._(88)Ra^(226) How many parts of isotopes are there in the above series