It is difficult to explain the observed preponderance of transitions to the excited state of 7Li in the reaction 10B (n, α) 7L1 in terms of the usual assumption that the ground state and first excited state of 7Li form a 2Pfraction three-twos, ½ doublet. In addition the doublet separation (0.48 Mev.) would be much larger than expected theoretically. If the excited state of 7Li has total angular momentum other than 1/2, one would expect to find, in general, some angular correlation between the direction of emission of the α-particle, that of the subsequent γ-radiation and the polarization of the radiation. The correlations to be expected have been calculated on the assumption that the ground state of 7Li is (3/2, odd), that of 10B (3, odd), or (3, even), and that the compound nucleus 11B has definite J=5/2 or 7/2. Results are given for excited states of 7Li with total angular momentum 1/2, 3/2, 5/2 and 7/2 and both even and odd parities.