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Exercise 1.3 Air composition can be considered to be mostly 80mass%N₂ and 20mass%O₂ and its density is 1.29 x 10-³Mg/m³ = g/cm³ at normal temperature (273.15 K) and pressure (101,325 Pa). If Cu-Ka radiation passes through 360 mm of normal air, by what percentage is the intensity reduced. Perform a similar calcu- lation for the Fe-K radiation.

Exercise 1.3 Air composition can be considered to be mostly 80mass%N₂ and 20mass%O₂ and its density is 1.29 x 10-³Mg/m³ = g/cm³ at normal temperature (273.15 K) and pressure (101,325 Pa). If Cu-Ka radiation passes through 360 mm of normal air, by what percentage is the intensity reduced. Perform a similar calcu- lation for the Fe-K radiation.

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Exercise 1.3 Air composition can be considered to be mostly 80mass%N2 and 20mass%O, and its density is 1.29 x 10-3Mg/m3 g/cm3 at normal temperature (273.15 K) and pressure (101,325 Pa). If Cu-Ka radiation passes through 360 mm of normal air, by what percentage is the intensity reduced. Perform a similar calcu- lation for the Fe-K radiation.
Transcribed Image Text:Exercise 1.3 Air composition can be considered to be mostly 80mass%N2 and 20mass%O, and its density is 1.29 x 10-3Mg/m3 g/cm3 at normal temperature (273.15 K) and pressure (101,325 Pa). If Cu-Ka radiation passes through 360 mm of normal air, by what percentage is the intensity reduced. Perform a similar calcu- lation for the Fe-K radiation.
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