Examples of using Hydrogens in English and their translations into German
{-}
-
Colloquial
-
Official
-
Ecclesiastic
-
Medicine
-
Financial
-
Ecclesiastic
-
Political
-
Computer
-
Programming
-
Official/political
-
Political
And then six hydrogens.
Adjust Hydrogens Automatically.
So we have two of these hydrogens.
I only have two hydrogens in the water.
You have 6 carbons and 6 hydrogens.
Yeah, baby, two hydrogens and one oxygen.
On the right-hand side we have two hydrogens.
Let's see, how many hydrogens do we have here.
The oxygen has a covalent bond with two hydrogens.
So you have two hydrogens, so it's 2 plus 16 is equal to 18.
As you can see there's only three hydrogens here.
And it's connected to two hydrogens right there that have their partial positives.
But on the water molecule you have 2 hydrogens and 1 oxygen.
And we want to have six hydrogens here, so we have to have three of these molecules.
In water, the oxygen acts negative and the hydrogens act positive.
It has got same number of hydrogens, carbons, oxygen and same molecular weight but its active life is one day more as compared to Testosterone Caproate.
We started off with 12 hydrogens in glucose.
Maybe the hydrogens are in this orientation because the hydrogen ends are attracted through hydrogen bonds-- we have learned this-- to the oxygen ends because this has a slight negative charge here, a slight positive charge here.
Hydrogen, we have three hydrogens on the left-hand side.
If we multiply this times one and a half, 1.5,now we have three hydrogens on this side.
So if that's the oxygen and then you have two hydrogens that are kind of lumping off of it, I will draw it like that.
At 60°C,migration is so fast that only one signal appears for all hydrogens in 1H-NMR.
So the atomic mass of the entire molecule, you have 2 hydrogens, so you have 2 times the mass of hydrogen plus 1 oxygen-- plus 16-- so that equals 18 atomic mass units for water.
Let's see, you can divide all these numbers by 6, so we get 1 carbon,2 hydrogens, and 1 oxygen.
And this is interesting, even though you have two hydrogens here, two hydrogens for every one oxygen, oxygen's mass is so much larger-- it's 16 times larger-- that most of water is oxygen.
A Fragment Library automatically infers missing information, e.g., a protein's hydrogens or bonds.
And then maybe we will have, and just to make the point clear,you have two hydrogens here, maybe an oxygen wants to hang out there.
So the ratio of hydrogen to sulfur to oxygen is for every one sulfur, we have two hydrogens and we have four oxygens.
Just to be a little more accurate, I have drawn the oxygen in blue,and then the hydrogens that are bonded with that oxygen I have done in white.
So let's just write the equation here. And once again,you can't balance this equation because we don't know how many carbons or hydrogens or oxygens we have in the acid.