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How about these examples:
Blowing across the top of a strip of paper held against your lower lip.
Blowing between two balloons that are floating (or suspended)
side-by-side,
close but not touching.
Fabric top of a convertible billowing upwards.
Plastic sheet covering side of double-wide being hauled on
highway billowing outwards.
Two inch square of cardstock with straight-pin thru center,
pin dropped thru hole in spool, blow thru spool to
hold card in place
as you turn the spool over to be blowing downward.
Or perhaps even air flowing faster over the top of an airfoil?????
Spinning balls curve due to the Magnus Effect.
I thought it had long been established, despite textbook treatments,
that this has nothing to do with planes flying. Not that Bernoulli
doesn't exist for various parts of a plane in flight, just that it is
not the correct physics to explain why a plane can continuously stay
in the air (flying upside down, other things equal, being a leading
thought experiment as to the denial).