How to pronounce“hydrogens”in English

Two hydrogens bonded to an oxygen in a very famous shape, which kind of goes like that, which you can calculate now from quantum mechanics

the carbon and the hydrogens they vibrate with one another they move they interact but every other hydrocarbon acetylene

isoprene has carbon and hydrogens also vibrating and rotating and so it's actually very hard to tell them apart at low resolutions and our instruments

When it is missing some of those hydrogens those legs end up kinking.

fusion, those hydrogens combine into heliums, and later stage stars can then burn those heliums and they can fuse those together to form even heavier elements and carbons.

It's an acid made up of a ring of six carbons and hydrogens called a benzene ring, with an acid tail.

Six carbons in a hexagon, some hydrogens and oxygens dangling off the corners.

To keep things tidy, we don't have to draw all these carbons and hydrogens, but keep in mind they're still there.

the combinatorics of, you know, two hydrogens and one oxygen make water, you know, two, two amounts of hydrogen plus one amount of oxygen together

On each monomer, there are three single bonds that can rotate to be at an angle or in line but these carbons with two hydrogens take up a lot of space.

And second, C8 looks like the fatty acids that humans and animals need for normal functioning, just with fluorines instead of hydrogens.

I think about and I look at that process in stars, in that our star is fundamentally an early stage star that's burning just hydrogens.

For fusion materials, hydrogenic species, or hydrogens are primordial in the universe.

The suns and stars are made up of hydrogens and heliums, and so the vast

We talk about and you learn in school, is H2O, where there's two hydrogens and oxygen in a nucleus in the

And a methyl is just if you remember from chemistry high school, uh it's a carbon with three hydrogens.