'---ol' is the name for the functional group of Alcoh**OL**s.
e.g. Ethanol CH3CH2OH( ethyl alcohol /; The alcohol that humans drink).
Methanol HCH2OH
Propanol CH3CH2CH2OH
Butanol CH3CH2CH2CH2OH
IUPAC formulas are written as ' R - CH2OH '.
Structurally ; R - CH2-O-H '.
etc.,
Do NOT confuse with Aldehydes, which have the suffix ' ---AL'. Only one letter difference.
e.g.
Methanal (HCHO)
Ethanal (CH3CHO)
Propanal (CH3CH2CHO)
Butanal. (CH3CH2CH2CHO)
IUPAC formulas are written as ' R - CHO '.
Structurally ; ' R -CH=O ' . (Double bonded to the Carbon; NOT hydrogen).
etc.,
Producers are organisms like green plants, which produce organic compounds from inorganic compounds. The plants are then eaten by consumers like the grazing animals. Plants are known as the primary producers.
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Elements are atoms, atoms are elements. Elements are not larger objects made up of smaller things (atoms). Elements are specific species' atoms, which have a specific atomic mass which gives rise to the characteristics of the element. Compounds are composed of elements. It is important to note the difference between a compound and a molecule; the words, although often used interchangeably, have aspecific meaning in chemistry. A molecule is a certain type of compound in which the elements have bonded covalently. As such, all compounds are not molecules, but all molecules are compounds.
Organic compounds are compounds necessary to life, and most macromolecules necessary to life contain carbon.
Compounds can be charged by different methods. But naturally most of the compounds are uncharged. So the overall charge of most compounds is neutral.
Sugars end in -ose. Examples are fructose and lactose.
In chemistry, suffixes are added to the end of chemical names to indicate the type of compound or functional group present. Some common suffixes and their uses include "-ide" for binary compounds, "-ate" for salts of oxyanions, and "-ol" for alcohols. These suffixes help identify the composition and structure of chemical compounds.
OL Supreme ended on 2010-06-12.
Chemical suffixes are used to indicate the type of compounds. Some common suffixes include "-ane" for alkanes, "-ene" for alkenes, "-ol" for alcohols, and "-ic" for acids.
<ol> </ol> these tags are what you use.
Cholesterol is a member of the alcohol group, as proven by its distinctive -ol suffix. It is thus an organic compound.
Ol Doinyo Lengai is on the continental crust of the African Plate.
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Every type of atom can form compounds.
Well depends what you mean by how many different types of compounds. In total? Or type 1 , and 2 etc. there is Type 1-Binary Compounds Type 2- Binary Trans-metallic Compounds Type 3- Binary Molecular Compounds Type 4- Ternary Compounds etc. these contains vast amounts of compounds so gives you an idea.
Well depends what you mean by how many different types of compounds. In total? Or type 1 , and 2 etc. there is Type 1-Binary Compounds Type 2- Binary Trans-metallic Compounds Type 3- Binary Molecular Compounds Type 4- Ternary Compounds etc. these contains vast amounts of compounds so gives you an idea.
<OL> tag is used to create Ordered List in a HTML page. For example: <HTML><BODY> <OL type="I"> <LI>Apple</LI> <LI>Banana</LI> </OL> </BODY></HTML> Will give output as: I. Apple II.Banana