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It is due to the catenation ability of carbon, carbon atoms may arrange themselves in different ways and carbon-carbon bonding is not easily attacked by other substances.
Organic chemistry deals with compounds of the elements Carbon (C) and Hydrogen (H). These form the main structures of all organic compounds (carbon especially) with additional functional groups of possible other elements attached.Hg is the abbreviation for mercury on the periodic table. The atomic number for mercury is 80.
When the number of carbon atoms increases (or percentage of carbon increases), the hydrophobic (water repelling) portion increases and the compound becomes less soluble in aqueous medium and tends to be more soluble in organic solvents.
Carbon dioxide is a compound, not an element. It does not have an atomic number.
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Most of the organic molecules have good bit of number of carbons in it.An organic molecule having carbon, Hydrogen and oxygen is called ether.An organic molecule having carbon, hydrogen and Nitrogen is called amines.All organic compounds have carbon and hydrogen in them, the compound needs both carbon and hydrogen to be organic.
This is a organic compound. Carbon shows +2 ,+3 and 0 as numbers.
Up to four atoms; ex.: methane, CH4.
It is due to the catenation ability of carbon, carbon atoms may arrange themselves in different ways and carbon-carbon bonding is not easily attacked by other substances.
The basic answer regarding the difference between organic and inorganic molecules is carbon. Carbon is the key to organic molecules. Yes, there are a few carbon compounds that may be considered inorganic, but it is the carbon that is the key to the differences. Carbon compounds number in the millions.
Organic chemistry deals with compounds of the elements Carbon (C) and Hydrogen (H). These form the main structures of all organic compounds (carbon especially) with additional functional groups of possible other elements attached.Hg is the abbreviation for mercury on the periodic table. The atomic number for mercury is 80.
Organic compounds all have one thing in common: Carbon. The reason Carbon (and organic compounds) are popular in nature is carbon can form lots of bonds and, therefore, attach to many atoms. Carbon can form 4 bonds. Organic compounds are not polar. They are nonpolar. It is possible for part of an organic compound to be polar if the end is an alcohol (OH) or some other polar ion is attached.