Question

Two lenses with focal lengths of +2.0 cm and +5.0 cm are 14 cm apart. An object is placed 3.0 cm in front of the +2.0 cm lens. a. The image formed by the +2.0 lens is about cm from the (front/back) back of the +2.0 lens. b. This image is (real, virtual) real and (upright/inverted) inverted with respect to the object. c. The image is cm in front of the +5.0 lens. d. The final image is about cm from the +5.0 lens. e. The final image is (real/virtual) real (upright/inverted) upright , and is about times the size of the original object.

          Two lenses with focal lengths of +2.0 cm and +5.0 cm are 14 cm apart.
An object is placed 3.0 cm in front of the +2.0 cm lens.
a. The image formed by the +2.0 lens is about  cm from the
(front/back) back of the +2.0 lens.
b. This image is (real, virtual) real and (upright/inverted)
inverted with respect to the object.
c. The image is  cm in front of the +5.0 lens.
d. The final image is about  cm from the +5.0 lens.
e. The final image is (real/virtual) real (upright/inverted)
upright , and is about  times the size of the original
object.

Two lenses with focal lengths of +2.0 cm and +5.0 cm are 14 cm apart.
An object is placed 3.0 cm in front of the +2.0 cm lens.
a. The image formed by the +2.0 lens is about cm from the
(front/back) back of the +2.0 lens.
b. This image is (real, virtual) real and (upright/inverted)
inverted with respect to the object.
c. The image is cm in front of the +5.0 lens.
d. The final image is about cm from the +5.0 lens.
e. The final image is (real/virtual) real (upright/inverted)
upright , and is about times the size of the original
object.

Added by Mario V.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Vishal Gupta

08/26/2021

Step 1

0 cm lens using the lens formula: 1/f = 1/do + 1/di where f is the focal length of the lens (+2.0 cm), do is the object distance (3.0 cm), and di is the image distance. Plugging in the values: 1/2 = 1/3 + 1/di 1/2 - 1/3 = 1/di di = 6 cm Show more…

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Two lenses with focal lengths of +2.0cm and +5.0cm are 14cm apart. An object is placed 3.0cm in front of the +2.0cm lens. a. The image formed by the +2.0 lens is about ◻ cm from the (front/back) ◻ of the +2.0 lens. b. This image is (real, virtual) ◻ and (upright/inverted) with respect to the object. c. The image is ◻ cm in front of the +5.0 lens. d. The final image is about ◻ cm from the +5.0 lens. e. The final image is (real/virtual) ◻ (upright/inverted) ◻ and is about ◻ times the size of the original object. Two lenses with focal lengths of +2.0 cm and +5.0 cm are 14 cm apart An object is placed 3.0 cm in front of the+2.0 cm lens a.The image formed by the +2.0 lens is about cm from the (front/back)back of the+2.0 lens b. This image is (real,virtual)real and (upright/inverted) inverted with respect to the object c. The image is cm in front of the+5.0 lens d. The final image is about cm from the+5.0 lens e.The final image is (real/virtual) real (upright/inverted) upright , and is about times the size of the original object. Thr