diff --git a/django_depmod/__init__.py b/django_depmod/__init__.py
index 827e0f8d24fa82847f70a302fead73d1d7870a6c..9b8db79eb6ff6337e24691ee888ad6ef110b5a37 100644
--- a/django_depmod/__init__.py
+++ b/django_depmod/__init__.py
@@ -21,7 +21,7 @@ def order_model_dependencies(
     order: Optional[list[Model]] = None,
     seen: Optional[set[Model]] = None,
 ) -> list[Model]:
-    """Order a list of models by their dependenceis on wach other.
+    """Order a list of models by their dependencies on wach other.
 
     As input, a model graph as a dictionary with origin models as keys and sets of
     target models as values is expected, along with an optional list of models
@@ -69,10 +69,10 @@ def build_model_graph(
 ) -> dict[Model, set[Model]]:
     """Determines a graph of model dependencies by looking at foreign keys.
 
-    As input, a list of models to determien the graph for is expected. The other arguments
+    As input, a list of models to determine the graph for is expected. The other arguments
     control the mode of operation:
 
-     closed - Only include dependenceis in the input list; ignore all other models found
+     closed - Only include dependencies in the input list; ignore all other models found
      ignore_m2m - Do not consider many-to-many fields
      ignore_allow_null - Do not consider nullable foreign keys
 
@@ -111,21 +111,21 @@ def resolve_model_dependencies(
     graph, then resolves it into a strict order. The other arguments control
     the mode of operation:
 
-     closed - Only include dependenceis in the input list; ignore all other models found
+     closed - Only include dependencies in the input list; ignore all other models found
      perfect - The order must be perfect, including all models
 
     If perfect is set to True, a strict order without any circular dependencies
     must be determined on first try.
 
     If perfect is set to False, a best effort is made to construct an order, by
-    trying several strategies, getting mroe relaxed every time:
+    trying several strategies, getting more relaxed every time:
 
      1. Perfect order
      2. Ignore many-to-many relationships (these can always be NULL)
      3. Ignore all nullable fields
 
     Returns an ordered list of models if perfect is True, or a tuple with an ordered
-    list of models and a set of iperfectly ordered models.
+    list of models and a set of imperfectly ordered models.
 
     (If imperfect resolution was done and the set of imperfectly ordered models is
     non-empty, any action involving these models can be gracefully retried.)