Title: 01 wavelength from d and angle
Course: Physics copy 1

Q: Nick is using two etchings on a glass plate 0.00001m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 4 is 12 degrees. What is the wavelength of the light?
- 0.00000061 m (You are dwelling in the halls of rightnous)
- 0.000000732 m
- 0.000000854 m
- 0.000000976 m
- 0.000001098 m
A: 0.00000061 m

Q: Justin is using two etchings on a glass plate 0.000033m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 4 is 4 degrees. What is the wavelength of the light?
- 0.00000065 m (Keep up the good work and eat right)
- 0.00000078 m
- 0.00000091 m
- 0.00000104 m
- 0.00000052 m
A: 0.00000065 m

Q: Kyle is using two etchings on a glass plate 0.000013m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 4 is 8 degrees. What is the wavelength of the light?
- 0.00000053 m (Yes grasshopper)
- 0.000000636 m
- 0.000000848 m
- 0.000000424 m
- 0.000000318 m
A: 0.00000053 m

Q: Mitchell is using two etchings on a glass plate 0.000012m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 4 is 8 degrees. What is the wavelength of the light?
- 0.00000049 m (Good shooting Tex)
- 0.000000588 m
- 0.000000686 m
- 0.000000882 m
- 0.000000294 m
A: 0.00000049 m

Q: Cody is using two etchings on a glass plate 0.000027m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 2 is 2 degrees. What is the wavelength of the light?
- 0.00000063 m (Good shooting Tex)
- 0.000000882 m
- 0.000001134 m
- 0.000000504 m
- 0.000000252 m
A: 0.00000063 m

Q: Chris is using two etchings on a glass plate 0.000012m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 5 is 10 degrees. What is the wavelength of the light?
- 0.00000046 m (Right on Durango)
- 0.000000644 m
- 0.000000736 m
- 0.000000368 m
- 0.000000184 m
A: 0.00000046 m

Q: Kayla is using two etchings on a glass plate 0.0000089m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 1 is 2 degrees. What is the wavelength of the light?
- 0.00000062 m (Good shooting Tex)
- 0.000000744 m
- 0.000000868 m
- 0.000001116 m
- 0.000000372 m
A: 0.00000062 m

Q: Althea is using two etchings on a glass plate 0.00003m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 3 is 3 degrees. What is the wavelength of the light?
- 0.00000062 m (Good shooting Tex)
- 0.000000744 m
- 0.000000992 m
- 0.000000496 m
- 0.000000372 m
A: 0.00000062 m

Q: David is using two etchings on a glass plate 0.0000089m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 1 is 2 degrees. What is the wavelength of the light?
- 0.00000062 m (Good shooting Tex)
- 0.000000868 m
- 0.000000992 m
- 0.000001116 m
- 0.000000496 m
A: 0.00000062 m

Q: Brittany is using two etchings on a glass plate 0.000011m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 4 is 8 degrees. What is the wavelength of the light?
- 0.00000045 m (Good shooting Tex)
- 0.00000054 m
- 0.00000063 m
- 0.00000072 m
- 0.00000081 m
A: 0.00000045 m

Q: Althea is using two etchings on a glass plate 0.000012m apart to find the wavelength of monochromatic light emitted from a newly constructed laser. The angle from the centre line to a fringe of order 5 is 10 degrees. What is the wavelength of the light?
- 0.00000047 m (Keep up the good work and eat right)
- 0.000000564 m
- 0.000000752 m
- 0.000000846 m
- 0.000000376 m
A: 0.00000047 m