Lemma 63.6.3. Let f : X \to Y and g : Y \to Z be separated and locally quasi-finite morphisms. There is a canonical isomorphism (g \circ f)^! \to f^! \circ g^!. Given a third locally quasi-finite morphism h : Z \to T the diagram
commutes.
Lemma 63.6.3. Let f : X \to Y and g : Y \to Z be separated and locally quasi-finite morphisms. There is a canonical isomorphism (g \circ f)^! \to f^! \circ g^!. Given a third locally quasi-finite morphism h : Z \to T the diagram
commutes.
Proof. By uniqueness of adjoint functors, this immediately translates into the corresponding (dual) statement for the functors f_!. See Lemma 63.4.12. \square
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