Light consisting of two wavelengths

  1. How does a stained glass window alter the white light that passes through it? A. Absorbing different wavelengths of light
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  2. Light consisting of two wavelengths which differ by 160nm passes through a diffraction grating with 2.5 x105lines per meter. In
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  3. Blue light ______________(1 point)Responses has the same wavelengths as red light has the same wavelengths as red light has
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  4. How does a stained glass window alter the white light that passes through it?(1 point) Responses refracting different
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  5. How does a stained glass window alter the white light that passes through it? (1 point) Responses diffracting different
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  6. How does a stained glass window alter the white light that passes through it?(1 point) Responses absorbing different wavelengths
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  7. How does a stained glass window alter the white light that passes through it?(1 point) Responses refracting different
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  8. What do black lines on a spectrum produced by a spectroscope indicate?(1 point) Responses wavelengths of light absorbed by an
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  9. What do black lines on a spectrum produced by a spectroscope indicate?(1 point)Responses wavelengths of light absorbed by an
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  10. All visible light (light that our eyes can detect) has a wavelength between 400-700 nanometers. Wavelengths just smaller than
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