1
answer
0
watching
112
views
23 Nov 2019
A) An ideal gas initially at 456 K undergoes an
isobaric expansion at 6 kPa.
If the volume increases from 0.9 m3 to 1 m3
and 15.3 kJ of thermal energy is transferred to
the gas, find the change in its internal energy.
Answer in units of kJ.
B) Find the final temperature of the gas.
Answer in units of K.
A) An ideal gas initially at 456 K undergoes an
isobaric expansion at 6 kPa.
If the volume increases from 0.9 m3 to 1 m3
and 15.3 kJ of thermal energy is transferred to
the gas, find the change in its internal energy.
Answer in units of kJ.
B) Find the final temperature of the gas.
Answer in units of K.
Jean KeelingLv2
25 Jul 2019
