Recent content by Anonymous Vegetable

I assume your log refers to ln? Sorry just being picky

I just find it amusing that what appears to be an extremely non real value seems to equal a simple real number

Well I can't say it clears things up all that much hahaha, but it identified the problem with the real a and b exponent part so thank you.

My humbumblest apologies and it shan't happen again.

I've edited it to make another point anyway hahaha but yeah I shall

Before I start, there are only really two pieces of information this concerns and that is the idea that 1x = 1 and that ei*π = -1 So it would follow that (ei*π)i = -1i And so that would mean that i2i = e-π which doesn't seem to be right at all. Where is the issue here as there must be one but I...

I realize that now sorry, the guess at magnetic involvement was more a wild guess because the word spin was mentioned.

So would it be valid, to an extent to think of it in this sequence? Electron orbitals overlap forming larger area of electron density. Both nuclei are simultaneously attracted to this area holding the molecule together.

So how does the electromagnetic force come into this explanation sorry, if that's the force responsible?

The idea that a bond between two negative charges consists of electromagnetic interaction.

In that case, I'm still not quite understanding how the bonded electrons enable each other to follow one another due to the electromagnetic force.

So now I think about it, and please correct me or point out if it's a silly comment but would this be a result of the magnetic part of the electromagnetic force?

In a covalent bonded molecule, what is the force responsible for the molecule staying together. To my knowledge it's to do with electrons of opposite spins and being at a lower energy with valence shells filled but what is the force itself that pulls a second atom along if the atom it's bonded...

Thanks for the help everyone anyway and enjoy your rabbit hole hahaha.

And I too apologise if I sounded a bit defensive there. I appreciate you taking the time to answer and sorry for any misunderstanding.