The spin-parity of 9Be and 9B are both 3/2-. Assuming in both cases that the spin and parity are characteristic only of the odd nucleon, show how it is possible to obtain the observed spin-parity of 10B (3+). What other spinparity combinations could also appear? (These are observed as excited states of 10 B?

The spin-parity of 9Be and 9B are both 3/2-. Assuming in both cases that the spin and parity are characteristic only of the odd nucleon, show how it is possible to obtain the observed spin-parity of 10B (3+). What other spinparity combinations could also appear? (These are observed as excited states of 10 B?

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Question

The spin-parity of ⁹Be and ⁹B are both 3/2-. Assuming in both cases that the
spin and parity are characteristic only of the odd nucleon, show how it is
possible to obtain the observed spin-parity of 10B (3+). What other spinparity combinations could also appear? (These are observed as excited states of ¹⁰B?

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