Abstract

For a forbidden graph LL, let ex(p;L)ex(p;L) denote the maximal number of edges in a simple graph of order pp not containing LL. Let TnT_n denote the unique tree on nn vertices with maximal degree n−2n-2, and let Tn∗=(V,E)T_n^*=(V,E) be the tree on nn vertices with V={v0,v1,…,vn−1}V=\{v_0,v_1,\ldots,v_{n-1}\} and E={v0v1,…,v0vn−3,vn−3vn−2,vn−2vn−1}E=\{v_0v_1,\ldots,v_0v_{n-3},v_{n-3}v_{n-2},v_{n-2}v_{n-1}\}. In the paper we give exact values of ex(p;Tn)ex(p;T_n) and ex(p;Tn∗)ex(p;T_n^*).

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