Chemistry

Problem

A 1.20 mL bubble of air at a coastal tide pool is at

1.00\,\text{atm}

and

298\,\text{K}

. The bubble rises to the summit of a nearby mountain where the atmospheric pressure is

0.800\,\text{atm}

and the temperature is

278\,\text{K}

. Assuming the bubble remains intact and contains the same amount of ideal gas, calculate its new volume in milliliters.