You will find it useful to look at the lab notes (link) for this part. A diffraction grating has a spacing 605 + 5 lines/mm. The spectrum of a mercury lamp is observed through this diffraction grating. Complete the table below. The angular displacement is the angle between the central maximum and the line. Row Number order Angular position (degrees) Angular displacement (degrees) Wavelength (nm) OL OR AA 1 243.6 0.05 306.8 0.05
You will find it useful to look at the lab notes (link) for this part. A diffraction grating has a spacing 605 + 5 lines/mm. The spectrum of a mercury lamp is observed through this diffraction grating. Complete the table below. The angular displacement is the angle between the central maximum and the line. Row Number order Angular position (degrees) Angular displacement (degrees) Wavelength (nm) OL OR AA 1 243.6 0.05 306.8 0.05
Related questions
Question
B7
Transcribed Image Text:You will find it useful to look at the lab notes (link) for this part.
A diffraction grating has a spacing 605+5 lines/mm. The spectrum of a mercury lamp is observed through this diffraction grating.
Complete the table below.
The angular displacement is the angle between the central maximum and the line.
Row Number
Order
Angular position (degrees)
Angular displacement (degrees)
Wavelength (nm)
OL
Δε
OR
AA
1
243.6
0.05
306.8
0.05
234.3
0.05
316.0
0.05
3
231.3
0.05
318.8
0.05
4
231.1
0.05
319.0
0.05
2
246.3
0.1
304.4
0.05
6
239.1
0.1
312.3
0.05
7
1.
253.4
0.2
297.4
0.1
2.
2.
LO
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps
