You are working in a shop and are responsible for enacting the CoVID protocols before potential customers enter the shop (shoppers are not to be admitted if they have a temperature over 38.0°C). Unfortunately, the equipment you have been given to measure a person's temperature reports their peak wavelength instead. If a person has a peak wavelength of 9.320 μm, are they allowed to enter the store? A full solution must support your answer.

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You are working in a shop and are responsible for enacting the CoVID protocols before potential customers enter the shop (shoppers are not to be admitted if they have a temperature over 38.0°C). Unfortunately, the equipment you have been given to measure a person's temperature reports their peak wavelength instead. If a person has a peak wavelength of 9.320 μm, are they allowed to enter the store? A full solution must support your answer. 

You are working in a shop and are responsible for enacting the COVID protocols before
potential customers enter the shop (shoppers are not to be admitted if they have a
temperature over 38.0°C). Unfortunately, the equipment you have been given to measure
a person's temperature reports their peak wavelength instead. If a person has a peak
wavelength of 9.320 um, are they allowed to enter the store? A full solution must support
your answer. A guess - even if correct - will not be marked without the solution.
Transcribed Image Text:You are working in a shop and are responsible for enacting the COVID protocols before potential customers enter the shop (shoppers are not to be admitted if they have a temperature over 38.0°C). Unfortunately, the equipment you have been given to measure a person's temperature reports their peak wavelength instead. If a person has a peak wavelength of 9.320 um, are they allowed to enter the store? A full solution must support your answer. A guess - even if correct - will not be marked without the solution.
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