How many `alpha` and `beta`-particles are emitted when U-238 changes to Pb-206 due to radioactivity. Atomic numbers of U-238 and Pb-206 are 92 and 82 respectively.

How many alpha and beta particles are emitted when uranium ._(92)^(238)U decays to lead ._(82)^(206)Pb ?

How many alpha and beta -particles are emitted when uranium nucleus (._(92)U^(238)) decay to ._(82)Pb^(214) ?

How many alpha and beta -particles are emitted in the transformation ""_(92)^(238)U rarr ""_(92)^(234)U

Calculate the number of alpha - and beta -particles emitted when ._(92)U^(238) into radioactive ._(82)Pb^(206) .

The Uranium -238 decay series (also known as 4n+2 series. Can you tell why?) ends at a stable isotope .^(82)Pb^(206) . Lead -206 is found in a certain Uranium ore due to dissintegration of Uranium. (a) How many alpha and beta particles are emitted in the series decay of one ._(92)U^(238) nucleus into ._(82)Pb^(206) ? (b) what is the age of uranium ore if it now contains 8g of Pb^(206) for every 10g of U^(238) ? Hlaf life of U^(238) is 4.5 bilion year. [Take ln2=0.6930,ln(1.9243)=0.6546 ]

The number of alpha and beta - particles emitted, when the following nuclear transformation takes place are _______ and __________ respectively. {:(238),(92):} X rarr{:(206),(82):} Y

After losing a number of alpha and brta -particles, U_92^238 changed to Pb_32^206 . The total number of particles lost in this process is

The number of alpha and beta -particle emitted in the transformation ""_(92)^(238)U to ""_(92)^(234)U

A radioactive element, U_92^238 undergoes successive radioactive decay and decays into Pb_82^206 The number of alpha and beta particles emitted respectively are