Book, Paragraph

 1      I, 13|        not to belong" are either identical or follow from one another;
 2      I, 13|          belong", will either be identical or follow from one another.
 3      I, 13|   affirmations: for the proof is identical. And such premisses are
 4      I, 28|          for if any of these are identical, the attribute in question
 5      I, 28|      members of these groups are identical, one of the terms in question
 6      I, 28|          of these two groups are identical, it follows that one of
 7      I, 28|          one of the Cs should be identical with one of the Fs, A must
 8      I, 28|         to all E. If C and G are identical, A must belong to some of
 9      I, 28|    follows all G. If F and D are identical, A will belong to none of
10      I, 28|         is convertible, and F is identical with D, A will belong to
11      I, 28|         E. Again, if B and H are identical, A will belong to none of
12      I, 28|         for it was assumed to be identical with H, and H belonged to
13      I, 28|        of the Es. If D and G are identical, A will not belong to some
14      I, 28|          some of the Es. If B is identical with G, there will be a
15      I, 28|         B (for B was found to be identical with G): but that A should
16      I, 28|    belongs to all E, whenever an identical term is found among the
17      I, 28|        to no E, when D and F are identical. Thus we have both the first
18      I, 28|          E, whenever D and G are identical. This is the last figure:
19      I, 28|        the terms in question are identical, or if the antecedents of
20      I, 28|         the antecedents of A are identical with those attributes which
21      I, 28|          if those attributes are identical which cannot belong to either
22      I, 28|       For if the consequents are identical, e.g. B and F, we have the
23      I, 28|         the antecedents of A are identical with attributes which cannot
24      I, 28|        belong to either term are identical, e.g. C and H, both premisses
25      I, 28|        terms in this inquiry are identical, not which are different
26      I, 28|          must be not diverse but identical. Secondly, wherever it happens
27      I, 28|           Consequently B must be identical with one of the Hs. Again,
28      I, 28|           Consequently B must be identical with some of the Hs. For
29      I, 28|          from the fact that B is identical with some of the Hs: for
30      I, 28|         are contraries B must be identical with one of the Hs, and
31      I, 29|          Cs and the Gs should be identical, but E should be assumed
32      I, 29|          Ds and the Gs should be identical, but E should be predicated
33      I, 33|      rate. This argument then is identical with the former; for it
34      I, 38| predicate B of C. For justice is identical with a good. In this way
35      I, 39|         that the opinable is not identical with a particular kind of
36      I, 40|    pleasure is the good" are not identical, we must not set out the
37      I, 46|         and "to be not-this" are identical or different in meaning,
38      I, 46|        good: and not-good is not identical with "neither good nor not-good".
39     II, 5 |   premiss "B belongs to no A" is identical with the premiss "A belongs
40     II, 11|    demonstration of both will be identical.~It is clear then that not
41     II, 14|        For the syllogisms become identical with those which are obtained
42     II, 15|        such that they are either identical or related as whole to part.
43     II, 15|     terms presupposed are either identical or related as whole and
44     II, 16|       related to C that they are identical, or if they are plainly
45     II, 16|           If however A and B are identical either because they are
46     II, 16|     because predicates which are identical belong to the same subject,
47     II, 16|    belongs to subjects which are identical, the question may be begged
48     II, 16|          question is begged when identical predicates are denied of
49     II, 21|     Since then he thinks B and C identical, he will think that C is
50     II, 27|   probability and a sign are not identical, but a probability is a