Примери за използване на Carbon chain на Английски и техните преводи на Български
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Colloquial
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Medicine
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Ecclesiastic
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Ecclesiastic
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Computer
That's a carbon chain.
So this thing right here is our longest carbon chain.
We have a carbon chain over here.
So let me draw just the carbon chain.
You have a carbon chain like this.
Carbon chain C24, lanolin and red dye number 27.
Reduce the carbon chain by one atom.
Arrange it as a lateral branch of the carbon chain.
This R just means really a carbon chain attached to this oxygen.
The carbonyl group is embedded in a carbon chain.
So if this was just a carbon chain, we would call this butane.
So we want to start numbering from this end of the carbon chain.
The name of the carbon chain must always use the suffix-en.
On this side of the oxygen, you have this carbon chain right here.
The orientation of the carbon chain is so that the C1 carbon is at the top.
You have a hydrogen, and then you just have some other type of carbon chain.
And then we have another carbon chain right here.
Unsaturated fatty acids have one ormore double bonds in their carbon chain.
And floating above it is another carbon chain, decanedioyl dichloride.
Check if you can still locatelateral branches to the carbon chain.
The longer the carbon chain, the more isomers are possible for a single molecular formula.
If we just think about the carbon chain by itself.
You could either say that, look,the carbonyl group is at the end of a carbon chain.
The carbon chain is depicted vertically, with carbon atoms represented by the center of crossing lines.
It looks a bit like a cocktail, at the bottom is a carbon chain, hexamethylenediamin.
Long carbon chain translates to long ester and the longer the ester, the less the solubility of the medicine in water.
Knowing that carbon is tetravalent,substitute hydrogen atoms for the carbon chain.
If this was a decanol or something with a really long carbon chain, then of course, it's going to be very non soluble.
Monounsaturated fats have one double bond replacing a single bond in the carbon chain.
So it looks almost like an aldehyde or a ketone, but instead of having a carbon chain or a hydrogen, we're going to have a chlorine atom right over there.