Abstract
The number of distinct periodic forests whose largest clearings are of size
n
is known to be 1 (
n
= 1), 1 (
n
= 2), 12 (
n
= 3), and ∞ (
n
= 4). In this note it is shown that there exist an infinity of such forests for all
n
≥ 4.
Reference3 articles.
1. Periodic forests w hose largest clearings are o f size 3. P h il. T rans. R o y;Sim;Soc. Loud. A,1970
2. Miller J. C. P . 1968 Periodic forests o f stu n ted trees. Included in Com puters in m athem atical research (editors R . F . Churchhouse and J. C. H erz) pp. 149-167. A m sterdam : N orth-H olland.
3. Miller J. C. P . 1970 Periodic forests o f stu n ted trees. P h il. T ran s. R oy. Soc. Lond. A 266
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3 articles.
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