The image is a directed graph from an older edition of "Algorithms" by Cormen et. al. The graph consists of 11 nodes labeled as v, w, s, q, t, x, z, y, r, u, and edges represented as arrows connecting these nodes. Here’s a detailed description: - Node v has an edge pointing to node w. - Node w has an edge pointing to node s. - Node s has edges pointing to nodes v and q. - Node q has edges pointing to nodes t and s. - Node t has edges pointing to nodes x and y. - Node x has an edge pointing to node z. - Node z has an edge pointing back to node x. - Node y has edges pointing to nodes r and t. - Node r has an edge pointing to node u. - Node u has an edge pointing to node y. This graph could be used to illustrate various concepts such as cycles, paths, and connectivity in graph theory.

The image is a directed graph from an older edition of "Algorithms" by Cormen et. al. The graph consists of 11 nodes labeled as v, w, s, q, t, x, z, y, r, u, and edges represented as arrows connecting these nodes. Here’s a detailed description: - Node v has an edge pointing to node w. - Node w has an edge pointing to node s. - Node s has edges pointing to nodes v and q. - Node q has edges pointing to nodes t and s. - Node t has edges pointing to nodes x and y. - Node x has an edge pointing to node z. - Node z has an edge pointing back to node x. - Node y has edges pointing to nodes r and t. - Node r has an edge pointing to node u. - Node u has an edge pointing to node y. This graph could be used to illustrate various concepts such as cycles, paths, and connectivity in graph theory.

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