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Converging is always convex LOST
Location: Behind the mirror
Orientation: Upright
Size: Diminished (smaller)
Type: Virtual
Concave Beyond 2F
Between \(F\) and \(2F\) Inverted Diminished Real
Concave Exactly at 2F
Exactly at (2F) Inverted Same Size Real
Concave Between 2F and F
Beyond (2F) Inverted Magnified Real
Concave Exactly at F
\(F\)No image forms(Rays never cross)
When an image is REAL it is also
Inverted
When an image is VIRTUAL it is also
Upright
AS an object walks closer to a concave mirror from far away, its real image moves further away and
grows larger and larger until it hits the focal point (\(F\)).
Above the horizontal what is x
X is Cos