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Which of the following represents alpha decay?A.4390๐‘‡๐‘โ†’4390๐‘‡๐‘+๐›พ4390โ€‹ Tcโ†’ 4390โ€‹ Tc+ฮณB.64148Gdโ†’62144Sm+24He64148โ€‹ Gdโ†’ 62144โ€‹ Sm+ 24โ€‹ HeC.64160Gdโ†’65160Tb+0โˆ’1e64160โ€‹ Gdโ†’ 65160โ€‹ Tb+ โˆ’1โ€‹ 0 โ€‹ eD.15063Eu+0โˆ’1eโ†’15062Sm63โ€‹ 150 โ€‹ Eu+ โˆ’1โ€‹ 0 โ€‹ eโ†’ 62โ€‹ 150 โ€‹ Sm

Question

Which of the following represents alpha decay?A.4390๐‘‡๐‘โ†’4390๐‘‡๐‘+๐›พ4390โ€‹ Tcโ†’ 4390โ€‹ Tc+ฮณB.64148Gdโ†’62144Sm+24He64148โ€‹ Gdโ†’ 62144โ€‹ Sm+ 24โ€‹ HeC.64160Gdโ†’65160Tb+0โˆ’1e64160โ€‹ Gdโ†’ 65160โ€‹ Tb+ โˆ’1โ€‹ 0 โ€‹ eD.15063Eu+0โˆ’1eโ†’15062Sm63โ€‹ 150 โ€‹ Eu+ โˆ’1โ€‹ 0 โ€‹ eโ†’ 62โ€‹ 150 โ€‹ Sm

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Solution

The option that represents alpha decay is B. 64148Gdโ†’62144Sm+24He.

Alpha decay is a type of radioactive decay in which an atomic nucleus emits an alpha particle (consisting of 2 protons and 2 neutrons, symbolized by 24He) and transforms into a new element. In this case, Gd (Gadolinium) decays into Sm (Samarium) and an alpha particle.

Similar Questions

Which of the following represents gamma emission?A.15063Eu+0โˆ’1eโ†’15062Sm63โ€‹ 150 โ€‹ Eu+ โˆ’1โ€‹ 0 โ€‹ eโ†’ 62โ€‹ 150 โ€‹ SmB.4390๐‘‡๐‘โ†’4390๐‘‡๐‘+๐›พ4390โ€‹ Tcโ†’ 4390โ€‹ Tc+ฮณC.64160Gdโ†’65160Tb+0โˆ’1e64160โ€‹ Gdโ†’ 65160โ€‹ Tb+ โˆ’1โ€‹ 0 โ€‹ eD.64148Gdโ†’62144Sm+24He64148โ€‹ Gdโ†’ 62144โ€‹ Sm+ 24โ€‹ He

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