Multiple Choice
The stability of Cl with respect to alpha, beta-plus and beta-minus decay is to be determined. The following atomic masses are known:
He: 4.002603 u P: 31.973907 u S: 35.967081 u Cl: 35.968307 u Ar: 35.967546 u The Cl nucleus is
A) not subject to alpha, beta-plus or beta-minus decay.
B) subject to alpha decay only.
C) subject to beta-plus decay only.
D) subject to beta-minus decay only.
E) subject to beta-plus or beta-minus decay, but not to alpha decay.
Correct Answer:

Verified
Correct Answer:
Verified
Q1: Rubidium <span class="ql-formula" data-value="^{87}_{37}"><span class="katex"><span
Q2: Determine the missing product X in
Q5: A nucleus <span class="ql-formula" data-value="^{N}
Q6: What are the mass number, the atomic
Q10: A nuclear reaction is shown:
Q11: Scandium <span class="ql-formula" data-value="^{43}_{21}"><span class="katex"><span
Q17: In massive stars,three helium nuclei fuse together,forming
Q78: In beta-minus decay<br>A)a proton is emitted.<br>B)a neutron
Q98: In β<sup>-</sup> decay,the number of protons in
Q117: What happens to the half-life of a