Question

5. Complete the table for the following converging lens cases. Case f (cm) d$_o$ (cm) d$_i$ (cm) M h$_o$ (cm) h$_i$ (cm) 1 20 15 6 2 20 30 6 3 20 -15 6 4 12 20 30 6 5 -30 6 6. Complete the table for the following Diverging lens cases. Case f (cm) d$_o$ (cm) d$_i$ (cm) M h$_o$ (cm) h$_i$ (cm) 1 -20 15 6 2 -20 30 6 3 -20 -15 6 4 -30 20 -8.57 6 5 -12 6 7. A compound microscope consists of an objective lens with a focal length of 15.0 mm and an eye piece with a focal length of 25.5 mm. A distance of 61.0 mm separates the lenses. The object you are trying to look at is 24.1 mm in front of the objective lens. Are the lenses converging or diverging lenses? Determine the distance to the image seen through the eye piece and the total magnification. Draw the ray diagram of the system.

          5. Complete the table for the following converging lens cases.
Case
f (cm)
d$_o$ (cm)
d$_i$ (cm)
M
h$_o$ (cm)
h$_i$ (cm)
1
20
15
6
2
20
30
6
3
20
-15
6
4
12
20
30
6
5
-30
6
6. Complete the table for the following Diverging lens cases.
Case
f (cm)
d$_o$ (cm)
d$_i$ (cm)
M
h$_o$ (cm)
h$_i$ (cm)
1
-20
15
6
2
-20
30
6
3
-20
-15
6
4
-30
20
-8.57
6
5
-12
6
7. A compound microscope consists of an objective lens with a focal length of 15.0 mm and an
eye piece with a focal length of 25.5 mm. A distance of 61.0 mm separates the lenses. The
object you are trying to look at is 24.1 mm in front of the objective lens. Are the lenses
converging or diverging lenses? Determine the distance to the image seen through the eye
piece and the total magnification. Draw the ray diagram of the system.

5. Complete the table for the following converging lens cases.
Case
f (cm)
do (cm)
di (cm)
M
ho (cm)
hi (cm)
1
20
15
6
2
20
30
6
3
20
-15
6
4
12
20
30
6
5
-30
6
6. Complete the table for the following Diverging lens cases.
Case
f (cm)
do (cm)
di (cm)
M
ho (cm)
hi (cm)
1
-20
15
6
2
-20
30
6
3
-20
-15
6
4
-30
20
-8.57
6
5
-12
6
7. A compound microscope consists of an objective lens with a focal length of 15.0 mm and an
eye piece with a focal length of 25.5 mm. A distance of 61.0 mm separates the lenses. The
object you are trying to look at is 24.1 mm in front of the objective lens. Are the lenses
converging or diverging lenses? Determine the distance to the image seen through the eye
piece and the total magnification. Draw the ray diagram of the system.

Added by Aurora P.

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