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Do positive (mirror)
front of mirror (real object)
Do negative (mirror)
Behind mirror (virtual object)
Di positive (mirror)
front of mirror (real image)
Di negative (mirror)
behind mirror (virtual image)
F positive (mirror)
concave
F negative (mirror)
convex
Mag positive (mirror)
image is upright with respect to the object
Mag negative (mirror)
image is inverted with respect to the object
Do positive (lenses)
object is on the same of the lens as the light is coming from (real)
Do negative (lenses)
object is on the opposite side of the lens from where the light is coming (virtual)
Di positive (lenses)
image on oppo side of the lens from where the light is coming (real)
Di negative (lenses)
image is on the same side of the lens as the light is coming from (virtual)
Focal length positive (lenses)
positive for converging lens
Focal length negative (lenses)
negative for diverging lens
mag positive (lenses)
image that is upright with respct to the object
Mag negative (lenses)
image is inverted with respect to the object