Title: 02 slit seperation
Course: Physics copy 1

Q: Kelly is using light to measure the distance between two lines etched on a glass plate using the interference pattern generated by a monochromatic light with wavelength 470 nm. The angle from the centre line to a third order fringe is 4 degrees. How far apart are the etchings?
- 0.0000034 m (Keep flying right)
- 0.0000048 m
- 0.0000054 m
- 0.0000027 m
- 0.0000014 m
A: 0.0000034 m

Q: Micah is using light to measure the distance between two lines etched on a glass plate using the interference pattern generated by a monochromatic light with wavelength 460 nm. The angle from the centre line to a third order fringe is 5 degrees. How far apart are the etchings?
- 0.000018 m (You are dwelling in the halls of rightnous)
- 0.000022 m
- 0.000025 m
- 0.00000083 m
- 0.000011 m
A: 0.000018 m

Q: Kyle is using light to measure the distance between two lines etched on a glass plate using the interference pattern generated by a monochromatic light with wavelength 450 nm. The angle from the centre line to a third order fringe is 5 degrees. How far apart are the etchings?
- 0.000023 m (Keep flying right)
- 0.000028 m
- 0.000037 m
- 0.00000081 m
- 0.000018 m
A: 0.000023 m

Q: Samantha is using light to measure the distance between two lines etched on a glass plate using the interference pattern generated by a monochromatic light with wavelength 480 nm. The angle from the centre line to a third order fringe is 5 degrees. How far apart are the etchings?
- 0.000019 m (Good shooting Tex)
- 0.000023 m
- 0.000027 m
- 0.00003 m
- 0.00000086 m
A: 0.000019 m

Q: Kyle is using light to measure the distance between two lines etched on a glass plate using the interference pattern generated by a monochromatic light with wavelength 560 nm. The angle from the centre line to a third order fringe is 3 degrees. How far apart are the etchings?
- 0.0000054 m (Right on Durango)
- 0.0000076 m
- 0.0000086 m
- 0.0000043 m
- 0.0000032 m
A: 0.0000054 m

Q: Bryn is using light to measure the distance between two lines etched on a glass plate using the interference pattern generated by a monochromatic light with wavelength 570 nm. The angle from the centre line to a third order fringe is 4 degrees. How far apart are the etchings?
- 0.00002 m (Keep up the good work and eat right)
- 0.000028 m
- 0.000001 m
- 0.000016 m
- 0.000008 m
A: 0.00002 m

Q: Kyle is using light to measure the distance between two lines etched on a glass plate using the interference pattern generated by a monochromatic light with wavelength 510 nm. The angle from the centre line to a third order fringe is 2 degrees. How far apart are the etchings?
- 0.000022 m (You are dwelling in the halls of rightnous)
- 0.000026 m
- 0.000035 m
- 0.000018 m
- 0.000013 m
A: 0.000022 m

Q: Mitchell is using light to measure the distance between two lines etched on a glass plate using the interference pattern generated by a monochromatic light with wavelength 630 nm. The angle from the centre line to a third order fringe is 3 degrees. How far apart are the etchings?
- 0.000006 m (Good shooting Tex)
- 0.0000084 m
- 0.0000096 m
- 0.0000048 m
- 0.0000036 m
A: 0.000006 m

Q: Justin is using light to measure the distance between two lines etched on a glass plate using the interference pattern generated by a monochromatic light with wavelength 560 nm. The angle from the centre line to a third order fringe is 5 degrees. How far apart are the etchings?
- 0.000016 m (Good shooting Tex)
- 0.000019 m
- 0.000026 m
- 0.000013 m
- 0.0000096 m
A: 0.000016 m

Q: Althea is using light to measure the distance between two lines etched on a glass plate using the interference pattern generated by a monochromatic light with wavelength 630 nm. The angle from the centre line to a third order fringe is 3 degrees. How far apart are the etchings?
- 0.000042 m (Good shooting Tex)
- 0.00005 m
- 0.000067 m
- 0.000034 m
- 0.000017 m
A: 0.000042 m