How do intermolecular forces (IF) and internal kinetic energy (KE) compare in liquids? A. IF < KE B. IF = 0, KE is large C. IF ≥ KE D. IF > KE **not sure what this would be? thank you!

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How do intermolecular forces (IF) and internal kinetic energy (KE) compare in liquids? A. IF < KE B. IF = 0, KE is large C. IF ≥ KE D. IF > KE **not sure what this would be? thank you!

Physics
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please wait, I'm trying to solve your question
okay:)
since the liquid state is a bonded state, namely the molecules of a liquid are bonded each to other, then I think the fourth option, namely: IF> KE

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I'm not sure, since a liquid can evaporate, so maybe the third option is possible too
ohh okay, but mainly the fourth option?
and also, there is this last problem that also has the same answer choices as the above one.. How do intermolecular forces (IF) and internal kinetic energy (KE) compare in gases? which would this one be?
I think the third one, since each liquid can evaporate at any temperature
for gases the answer is simple, we have: KE > IF
okay! so for the first one in comparison to liquids, we have choice C? and the second one in comparison to gases is choice A?
yes!
yay!! thank you very much!:D
thank you!! :D

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