... abcpq convex , when it has the reentrant edge ab ? If the affirmative is not admitted , the demonstration may have to be reconsidered ; for Q external to the 4 - edron ABCP will not complete a convex solid ABCPQ in the strict sense ...
... abcpq convex , when it has the reentrant edge ab ? If the affirmative is not admitted , the demonstration may have to be reconsidered ; for Q external to the 4 - edron ABCP will not complete a convex solid ABCPQ in the strict sense ...
... ABCPQ forming the angles of a convex solid . I. Solution by the PROPOSER . If we divide the whole of the tetrahedron ... ABCPQ is not convex , either P is within ABCQ or Q within ABCP . These two events are mutually exclusive and ...
... abcpq convex , when it has the reentrant edge ab ? If the affirmative is not admitted , the demonstration may have to be reconsidered ; for Q external to the 4 - edron ABCP will not complete a convex solid ABCPQ in the strict sense ...
... ABCPQ forming the angles of a convex solid . I. Solution by the PROPOSER . If we divide the whole of the tetrahedron ... ABCPQ is not convex , either P is within ABCQ or Q within ABCP . These two events are mutually exclusive and ...
... ABCPQ forming the angles of a convex solid . I. Solution by the PROPOSER . If we divide the whole of the tetrahedron ... ABCPQ is not convex , either P is within ABCQ or Q within ABCP . These two events are mutually exclusive and ...
... ABCPQ of the two string mappings ABC and PQ above and con- sider the class of reduced forms Ac ( ABCPQ ) . From this class , se- lect the mapping that meets the conditions in ( 71 ) , i.e. , the one that is a string mapping . Denote by ...
... A B C P Q 1 2 13 14 run.no run.no.std.rp A BC 3.2.1 -1 -1 1 4.2.2 -1 -1 1 run.no run.no.std.rp A B C 5.3.1 -1 1 -1 6.3.2 -1 1 -1 A B C P 7.4.1 -1 1 1 -1 8.4.2 -1 1 1 1 3 4 5 6 run.no run.no.std.rp 7 8 9 10 11 12 run.