The nuclide is radioactive. When one of these atoms decays, a series of $\alpha$- and $\beta$ ^- -particle emissions occurs, taking the atom through many transformations to end up as an atom of . How many $\alpha$ particles are emitted in converting into ?

Question

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The question states that the decay process involves a series of F1F1F1S1F1F1F10- and F1F1F1S1F1F1F10F1F1F1S1^F1F1F10-particle emissions. The only information given about the conversion of one atom into another is the change in the last digit of the second group of hexadecimals, from e0d4 to e0d5. Therefore, the number of F1F1F1S1F1F1F10 particles emitted in the conversion cannot be determined from the information provided.

The Nuclide Is Radioactive α\alphaα - And β\betaβ - -Particle Emissions Occurs, Taking the Atom Through Many Transformations

The Nuclide Is Radioactive $\alpha$ - And $\beta$ ^- -Particle Emissions Occurs, Taking the Atom Through Many Transformations