ASA's Test Prep and "Stick and Rudder" say that Answer A is correct. Dunno
what Gleim says. Kershner says that both wings are stalled, but further on
in the discussion he talks about "unequal lift." Hard to find an unequivocal
answer.

Bob Gardner

wrote in message
...
Choose one, please.

18. H540 CFI
Which statement is true concerning the aerodynamic
conditions which occur during a spin entry?
A) After a full stall, both wings remain in a stalled
condition throughout the rotation.
B) After a partial stall, the wing that drops remains in a
stalled condition while the rising wing regains and
continues to produce lift, causing the rotation.
C) After a full stall, the wing that drops continues in a
stalled condition while the rising wing regains and
continues to produce some lift, causing the rotation.