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5 wavelengths (52, nm) Date Table 1 Wavelength O,nm) I Wavelength Q m) Frequency (Hz) Color Light 4000 nm 800 nm Near Infrared 3500 nm 700 nm Red 3100 nm 620 nm Orange 2950 nm 590 nm Yellow 2850 nm 570 nm Green 2475 nm 495 nm Blue 2125 nm 425 nm Indigo 450 nm 2250 nm Violet

5 wavelengths (52, nm) Date Table 1 Wavelength O,nm) I Wavelength Q m) Frequency (Hz) Color Light 4000 nm 800 nm Near Infrared 3500 nm 700 nm Red 3100 nm 620 nm Orange 2950 nm 590 nm Yellow 2850 nm 570 nm Green 2475 nm 495 nm Blue 2125 nm 425 nm Indigo 450 nm 2250 nm Violet

University Physics Volume 3
University Physics Volume 3
17th Edition
ISBN:9781938168185
Author:William Moebs, Jeff Sanny
Publisher:William Moebs, Jeff Sanny
Chapter4: Diffraction
Section: Chapter Questions
Problem 46P: An electric current through hydrogen gas produces several distinct wavelengths of visible light....
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Can you answer the second-half of these please?
5 wavelengths (52, nm) Dats Table 1 Wavelength Q,nm) I Wavelength Q, m) Frequency (Hz) Color Light 4000 nm 800 nm Near Infrared 3500 nm 700 nm Red 3100 nm 620 nm Orange 2950 nm 590 nm Yellow 2850 nm 570 nm Green 2475 nm 495 nm Blue 2125 nm 425 nm Indigo 450 nm 2250 nm Violet • Determine I wavelength 12, divide the distance of 5 wavelengths by 5. • Calculate the wavelength in meters, divide the wavelength by 1.00x10". There are 1,000,000,000 nm in I meter. 1m m=nm• 1.00 x 10 nm • Calculate the frequency of the color light. Frequency is the speed of light divided by the wavelength. Wavelength is in meters. The speed of light= 3.00x10' m/s 3.00 x 10 m/s
Transcribed Image Text:5 wavelengths (52, nm) Dats Table 1 Wavelength Q,nm) I Wavelength Q, m) Frequency (Hz) Color Light 4000 nm 800 nm Near Infrared 3500 nm 700 nm Red 3100 nm 620 nm Orange 2950 nm 590 nm Yellow 2850 nm 570 nm Green 2475 nm 495 nm Blue 2125 nm 425 nm Indigo 450 nm 2250 nm Violet • Determine I wavelength 12, divide the distance of 5 wavelengths by 5. • Calculate the wavelength in meters, divide the wavelength by 1.00x10". There are 1,000,000,000 nm in I meter. 1m m=nm• 1.00 x 10 nm • Calculate the frequency of the color light. Frequency is the speed of light divided by the wavelength. Wavelength is in meters. The speed of light= 3.00x10' m/s 3.00 x 10 m/s
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