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# A sample of nitrogen gas occupies a volume of 3.87 liters at 52.8 C and 2.11 atm. What will the new temperature (in °C) when the volume increases to 4.55 liters and the pressure remains constant?

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 ▲ 0 ▼ ♥ 0 A sample of nitrogen gas occupies a volume of 3.87 liters at 52.8 C and 2.11 atm. What will the new temperature (in °C) when the volume increases to 4.55 liters and the pressure remains constant?

### ✅ Answers (1)

 ▲ 0 ▼ ✔ Private answer A sample of nitrogen gas occupies a volume of 3.87 liters at 52.8 C and 2.11 atm. What will the new temperature (in °C) when the volume increases to 4.55 liters and the pressure remains constant? Top of Form Answer New Temperature = 62.07 °C Explanation: Charles law Vi/Ti = Vf/Tf Vi (initial) = 3.87L Ti (initial) = 52.8 C Vf (final) = 4.55 L Tf (final) = ? 3.87 / 52.8 = 4.55 / Tf 0.0733 = 4.55 / Tf Tf = 4.55 / 0.0733 = 62.07 °C Final Temperature = 62.07 °C Top of Form   Marked as spam Answered on June 22, 2020 6:08 pm

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