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- Reactions at the benzylic position (video) | Khan Academy
when substitution occurs at primary carbon via SN2, why it has to be the benzylic carbon? It doesn't seem like there's a radical that would need to be resonance stabilized, since the mechanism is concerted
- Introduction to ions (video) | Ions | Khan Academy
Yep, oxygen, and any other molecule or atoms we breathe in can become ions It’s simple to become an ion since all a neutral atom molecule has to do is gain or lose an electron If one of these airborne ions is breathed in, it’ll simply transfer its charge to atoms molecules inside our body
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