One mole of neon (atomic mass =20 ~g ~mol^ -1 ) and one mole of argon (atomic mass =40 ~g ~mol^ -1 ) are stored in two separate containers I and II, at temperature T and 2 T respectively. If both the gases are assumed

Olympiad workbook

Olympiad workbook · NSEC · States of Matter

One mole of neon (atomic mass =20 ~g ~mol^ -1 ) and one mole of...

One mole of neon (atomic mass

=20 \mathrm{~g} \mathrm{~mol}^{-1}

) and one mole of argon (atomic mass

=40 \mathrm{~g} \mathrm{~mol}^{-1}

) are stored in two separate containers I and II, at temperature T and 2 T respectively. If both the gases are assumed to behave ideally

AK.E. and average velocity of the gas molecules will be the same in both I and II
BK.E. and average velocity of the gas molecules in II will be twice that of the gas molecules in I
CK.E. of the gas molecules in II will be twice that in I and average velocity of the gas molecules in both I and II will be the same
DBoth K.E. and average velocity of the gas molecules in I will be twice that of the gas molecules in II

C. K.E. of the gas molecules in II will be twice that in I and average velocity of the gas molecules in both I and II will be the same

No Solution