Parallel orientation lower in energy than antiparallel orientation

AI Thread Summary
The discussion centers on why parallel orientation is slightly lower in energy than antiparallel orientation, with the key point being the mathematical relationship involving cosine values. The participants clarify that -cos(0) is less than -cos(π), which highlights the energy difference. There is an emphasis on the need for specificity in questions to provide meaningful answers, particularly regarding the context of "parallel" and "antiparallel." The conversation underscores the importance of clear communication in scientific discussions. Overall, understanding the energy dynamics requires precise definitions and context.
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Why is the parallel orientation slightly lower in energy than the anitiparallel orientiation?
 
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What is the context of your question?
 
asdf1 said:
Why is the parallel orientation slightly lower in energy than the anitiparallel orientiation?
Because -cos(0) < -cos(2\pi)
 
Slight typo there Gokul, because -cos(0) < -cos(\pi)
 
thank you very much!
 
arunbg said:
Slight typo there Gokul, because -cos(0) < -cos(\pi)
Gah, yes of course.

However, the point I was trying to convey was that the question needed to be more specific for the answer to be meaningful.
 
ok~ sorry about that~
 
Don't just say you are sorry- be more specific! What is the context of the question? What is it that is "parallel" or "anti-parallel" and what energy are you talking about?
 
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