[Jane.Li]

A fixed mass of an ideal gas at 27.0 °C and 1.01×105 Pa has a volume of 100 cm3. Which change doubles the volume of the gas?

A. Heating the gas at constant pressure to 54.0 °C.
B. Heating the gas at constant pressure to 327 °C.
C. Increasing the pressure on the gas to 2.02×105 Pa at constant temperature.
D. Heating the gas to 54.0 °C and increasing the pressure to 2.02×105 Pa.

- When I use the gas law P1V1/T1 = P2V2/T2 I get the change in temperature with constant pressure to 54 °C to double the volume of the gas. However, the answer should be B. Please explain

[billnotgatez]

When doing Ideal Gas Law calculations, what temperature units should you use.

[billnotgatez]

Some temperature units as a FYI
Absolute zero
Kelvin 0.00
Celsius -273.15
Fahrenheit -459.67
Rankine 0.00
Delisle 559.73
Newton -90.14
Réaumur -218.52
Rømer -135.90