|
The diagram below represents two sealed,
rigid containers and the conditions of
pressure, volume, and temperature for each
container. Container A is filled with N2(g)
and container B is filled with O2(g).
|
61
Explain, in terms of the strength of
intermolecular forces, why the gas
in container B at standard pressure
has a higher boiling point than the
gas in container A at standard
pressure.
| Answer--> Container
B has Stronger IMF
than container A (Higher
BP =strong IMFs) |
62 In the space in your answer
booklet , show a numerical setup
for calculating the pressure if
the gas in container B is cooler
to standard temperature.
| Answer--> 2 setups
PV/T=PV/T (must ignore
container A)
(101.3kPa *750.0mL)/298K =
(P x 750.mL)/273K
or since
volume is constant
(101.3kPa)/298K = (P)/273K |
|
Questions
63-65
Table F halides
|