A recent study found that electrons that have energies between 3.45 eV and 20.5 eV can cause breaks in a DNA molecule even though they do not ionize the molecule. If a single photon were to transfer its energy to a single electron, what range of light wavelengths could cause DNA breaks? minimum wavelength: radio nm In which part of the electromagnetic spectrum does this light lie? ultraviolet infrared gamma ray maximum wavelength: nm

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Chapter1: Units, Trigonometry. And Vectors
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A recent study found that electrons that have energies between 3.45 eV and 20.5 eV can cause breaks in a DNA molecule even
though they do not ionize the molecule. If a single photon were to transfer its energy to a single electron, what range of light
wavelengths could cause DNA breaks?
minimum wavelength:
radio
In which part of the electromagnetic spectrum does this light lie?
O ultraviolet
infrared
nm
gamma ray
maximum wavelength:
nm
Transcribed Image Text:A recent study found that electrons that have energies between 3.45 eV and 20.5 eV can cause breaks in a DNA molecule even though they do not ionize the molecule. If a single photon were to transfer its energy to a single electron, what range of light wavelengths could cause DNA breaks? minimum wavelength: radio In which part of the electromagnetic spectrum does this light lie? O ultraviolet infrared nm gamma ray maximum wavelength: nm
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