1. Now complete the following measurements using the simulator. Here, your goal is to find the cutoff wavelength (and therefore, the cutoff frequency) - in other words, the wavelength at which the current changes from zero to non-zero. You should be sure to collect enough data to be sure that you know at what wavelength this will occur. (Used a phone timer to collect each of the data at least 30 or more)
1. Now complete the following measurements using the simulator. Here, your goal is to find the cutoff wavelength (and therefore, the cutoff frequency) - in other words, the wavelength at which the current changes from zero to non-zero. You should be sure to collect enough data to be sure that you know at what wavelength this will occur. (Used a phone timer to collect each of the data at least 30 or more)
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Transcribed Image Text:1. Now complete the following measurements using the simulator. Here, your goal is to find the cutoff
wavelength (and therefore, the cutoff frequency) - in other words, the wavelength at which the current
changes from zero to non-zero. You should be sure to collect enough data to be sure that you know at
what wavelength this will occur.
(Used a phone timer to collect each of the data
Wavelength (nm) # electrons detected Detection time Frequency (Hz)
600
at least 30
or more)
о
0.05
550
0.0s
540
0.05
530
520
510
500
490
480
470
460
450
440
430
420
410
400
O
O
64
60
45
62
44
38
36
41
40
42
33
52
35
40
30.4s
25.75
19.4s
27.05
22.5
18.S
19.1
19.1
19.4
18.7
20.5
18.5
19.5
20.2
O
Current (A)
o
80
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