Question

u (cm) 1/u (cm)^-1 v (cm) 1/v (cm)^-1 1/f (cm)^-1 f (cm) 15 0.067 45 0.022 0.089 4.236 20 0.050 40 0.025 0.075 13.333 25 0.040 35 0.028 30 0.068 14.706 0.033 30 0.033 0.066 15.152 35 0.028 25 0.040 0.068 14.706 40 0.025 20 0.050 0.015 13.333 Average 27.5 0.041 32.5 0.033 0.441 13.744

Name: u cm 1u cm 1 v cm 1v cm 1 1f cm 1 f cm 15 0067 45 0022 0089 4236 20 0050 40 0025 0075 13333 25 0040 35 0028 30 0068 14706 0033 30 0033 0066 15152 35 0028 25 0040 0068 14706 40 0025 20 0050 0 67465
Uploaded: 2023-06-06T10:00:05-08:00
Duration: 2 min 42 s
Channel: Madhur L
Description: u cm 1u cm 1 v cm 1v cm 1 1f cm 1 f cm 15 0067 45 0022 0089 4236 20 0050 40 0025 0075 13333 25 0040 35 0028 30 0068 14706 0033 30 0033 0066 15152 35 0028 25 0040 0068 14706 40 0025 20 0050 0 67465

          u (cm)
1/u (cm)^-1
v (cm)
1/v (cm)^-1
1/f (cm)^-1
f (cm)
15
0.067
45
0.022
0.089
4.236
20
0.050
40
0.025
0.075
13.333
25
0.040
35
0.028
30
0.068
14.706
0.033
30
0.033
0.066
15.152
35
0.028
25
0.040
0.068
14.706
40
0.025
20
0.050
0.015
13.333
Average 27.5 0.041
32.5
0.033
0.441
13.744

u cm 1u cm 1 v cm 1v cm 1 1f cm 1 f cm 15 0067 45 0022 0089 4236 20 0050 40 0025 0075 13333 25 0040 35 0028 30 0068 14706 0033 30 0033 0066 15152 35 0028 25 0040 0068 14706 40 0025 20 0050 0 67465

Added by Trinidad C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Madhur L

06/06/2023

Step 1

Step 1: The lens formula is given by: $$ \frac{1}{f} = \frac{1}{u} + \frac{1}{v}$$ where f is the focal length, u is the object distance, and v is the image distance. Show more…

Show all steps

Thanks for your feedback!

u (cm) 1/u (cm)^-1 v (cm) 1/v (cm)^-1 1/f (cm)^-1 f (cm) 15 0.067 45 0.022 0.089 4.236 20 0.050 40 0.025 0.075 13.333 25 0.040 35 0.028 30 0.068 14.706 0.033 30 0.033 0.066 15.152 35 0.028 25 0.040 0.068 14.706 40 0.025 20 0.050 0.015 13.333 Average 27.5 0.041 32.5 0.033 0.441 13.744