To the extent possible, fill in the table below for columns DEF , where each column refers to a thin lens. If a quantity cannot be calculated, write “X”. Distances are measured in centimeters. The object is real in all cases. If a number (except in row n for the index of refraction) has no + or –sign in front of it, find the correct sign. Draw a figure for the situation described in column a and e and construct the appropriate rays graphically. Assume a point object.
To the extent possible, fill in the table below for columns DEF , where each column refers to a thin lens. If a quantity cannot be calculated, write “X”. Distances are measured in centimeters. The object is real in all cases. If a number (except in row n for the index of refraction) has no + or –sign in front of it, find the correct sign. Draw a figure for the situation described in column a and e and construct the appropriate rays graphically. Assume a point object.
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To the extent possible, fill in the table below for columns DEF , where each column refers to a thin lens. If a quantity cannot be calculated, write “X”. Distances are measured in centimeters. The object is real in all cases. If a number (except in row n for the index of refraction) has no + or –sign in front of it, find the correct sign. Draw a figure for the situation described in column a and e and construct the appropriate rays graphically. Assume a point object.
Any help would be greatly appreciated :)
Transcribed Image Text:d
f
h
Туре
Converging
f (cm)
10
+ 10
10
10
ri (cm)
- 30
- 30
+ 30
r2 (cm)
- 30
+ 30
- 60
i (cm)
o (cm)
+ 20
+5.0
+ 5.0
+ 5.0
+ 10
+ 10
+ 10
+ 10
+ 10
1.5
1.5
1.5
>1
<1
0.50
0.50
m
Real image?
Yes
Upright image?
Yes
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