jkasdhk
  • jkasdhk
Explain why you might expect the behavior of carbon dioxide to be less ideal than that of hydrogen?
Chemistry
  • Stacey Warren - Expert brainly.com
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schrodinger
  • schrodinger
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jkasdhk
  • jkasdhk
@shubhamsrg
shubhamsrg
  • shubhamsrg
Which one has stronger inter molecular forces ?
jkasdhk
  • jkasdhk
Hydrogen

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jkasdhk
  • jkasdhk
?
shubhamsrg
  • shubhamsrg
Eh ? why ?
jkasdhk
  • jkasdhk
oh yes carbon dioxide.. i was about to write it..
shubhamsrg
  • shubhamsrg
Why carbon dioxide then ?
jkasdhk
  • jkasdhk
can u tell me...
shubhamsrg
  • shubhamsrg
Yes I can, but you don't know why CO2 has stronger intermolecular forces? just guessed it hmm ?
jkasdhk
  • jkasdhk
because.... it has lone pair of electrons ?
shubhamsrg
  • shubhamsrg
o.O NOPES! CO2 has larger size! Hence a greater Van der Wall's force of attraction. Thus CO2 has greater intermolecular forces.
jkasdhk
  • jkasdhk
OK OK
shubhamsrg
  • shubhamsrg
Now, reason you need to know that is : One of the many assumptions of an ideal gas is that Intermolecular forces of an ideal gas are negligible (or 0) More the intermolecular forces, lesser the ideality of the gas, or more the deviation from ideal behavior. So , you got your answer ?
jkasdhk
  • jkasdhk
OH YES! I got it!
jkasdhk
  • jkasdhk
:) Can i ask you 3 to 4 more questions i need to know for my assignment ?
shubhamsrg
  • shubhamsrg
But I gotta go soon. You should study harder for the homework, comeon, consult some good books. Best of luck. :)
jkasdhk
  • jkasdhk
Its alright if u r going.. i'll submit my assignment on 20th of january
jkasdhk
  • jkasdhk
Tell me the ans: Under what conditions of temperature and pressure would you expect the behavior of CO2 to be most like an ideal gas?
shubhamsrg
  • shubhamsrg
For a gas to behave ideally, Intermolecular forces must be minimum. What can you make out of this ?
jkasdhk
  • jkasdhk
to decrease the pressure and inc the temp ? to make it ideal
shubhamsrg
  • shubhamsrg
Are you just guessing it ?
jkasdhk
  • jkasdhk
no i m telling u the answer..
shubhamsrg
  • shubhamsrg
What logic you apply ?
jkasdhk
  • jkasdhk
At low pressure and high temp, intermolecular forces do not attract which makes the gas ideal
jkasdhk
  • jkasdhk
?
shubhamsrg
  • shubhamsrg
Just beating around the bush aren;t you ? :D
jkasdhk
  • jkasdhk
i m right... i think
shubhamsrg
  • shubhamsrg
Anyways, that answer is correct At high temperature, rms velocity (or average velocity) of gases inc, which enables them to move with higher speed much more freely, which is accompanied by low pressure.
jkasdhk
  • jkasdhk
But if we relate it to kinetic molecular theory then my answer will be correct.. No?
shubhamsrg
  • shubhamsrg
That is what i just said, I related to KTOG only yes that is correct.
shubhamsrg
  • shubhamsrg
BYE -BYE! :P

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