A 415 g sample of water absorbs infrared radiation at 1.01 × 10 nm from a carbon dioxide laser. Suppose all the absorbed radiation is converted to heat. Calculate the number of photons at this wavelength required to raise the temperature of the water by 5.00 °C. Be sure your answer has the correct number
A 415 g sample of water absorbs infrared radiation at 1.01 × 10 nm from a carbon dioxide laser. Suppose all the absorbed radiation is converted to heat. Calculate the number of photons at this wavelength required to raise the temperature of the water by 5.00 °C. Be sure your answer has the correct number
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
Transcribed Image Text:A 415 g sample of water absorbs infrared radiation at 1.01 × 104 nm from a carbon dioxide laser. Suppose all the absorbed radiation is converted to heat.
Calculate the number of photons at this wavelength required to raise the temperature of the water by 5.00 °C. Be sure your answer has the correct number of
significant digits.
Note: Reference the Phase change properties of pure substances and Fundamental Constants tables for additional information.
☐ photons
x10
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