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Cake day: July 4th, 2023

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  • It said the White House had conflated that incident with a “completely separate” report by BBC Verify, the corporation’s factchecking team, which found a viral video posted on social media was not linked to the aid distribution centre it claimed to show. “This video did not run on BBC news channels and had not informed our reporting,” it said. “Conflating these two stories is simply misleading.”

    BBC is misunderstanding this. They didn’t conflate the two separate things intentionally.

    I fully believe they did it out of sheer incompetence and ignorance, and when they realised the mistake, they did what they always do and doubled down on it. The dimwits who elect them will get confused otherwise.


  • Ok so my understanding is that NaCl, and other salts, are bound together by ionic bonds.

    In these bonds, one element typically gives up an electron completely to the other, as opposed to covalent bonds for example, where the electron (or electrons) are actually “shared” between the atoms.

    So here, sodium is happy to give up its electron and live its life as Na+, while chlorine will gladly take it and become Cl-.

    Since they now are oppositely charged, they kinda stick to each other because of electrostatic attraction, but not like the atoms in a molecule would.


  • ByteJunk@lemmy.worldtomemes@lemmy.worldGreater than the sum of its parts
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    16 days ago

    While I do like the principle, in this specific instance I don’t think it’s correct.

    When sodium reacts with water it doesn’t produce salt (NaCl), but sodium hydroxide (NaOH).

    This is better known as lye, and it’s a strong base and highly caustic, so definitely not a safe compound.

    Edit: the other product of this reaction is hydrogen gas, which technically is stable, but also highly flammable…