Science, asked by sonikaverma57, 10 months ago

properties of carbon

Answers

Answered by goldenpari161
9

it is sixth element of periodic table. Property of carbon can be either physical or chemical.

Formula/Symbol: C

Classification: non-metal

Melting Point: 3500.0 °C

Boiling Point: 4827.0 °C

Color: usually black but it can be clear and colorless in diamond form

Density: 2.267 g / cm-3 (graphite form)  

3.513 g/cm-3 (diamond form)

Pure carbon is encountered in eleven different forms or allotropes. All forms of carbon are solid at room temperature, are relatively resistant to chemical corrosion and they all burn to form CO and CO2 when heated to high temperatures in the presence of oxygen.

Chemical Properties:

As unique and interesting as carbon is in its pure form, the real magic of carbon comes from its ability to serve as connecting block in a chemical Mechano Set that we refer to as "Organic Chemisty".  

As the name implies, Organic Chemistry is the chemistry of life. But it is also the chemistry required to produce fuels, solvents, plastics, dies, pharmaceuticals and much more.

One of the properties that makes Carbon unique is its ability to create four covalent bonds allowing it to link to itself in order to create carbon chains of various lengths and configurations, or to connect to non-carbon atoms in order to form compounds with unique and specialized chemical properties.  

Hydrogen plays a special role in carbon chemistry as an "end adapter" ... Wherever a Carbon atom connects to a hydrogen atom the carbon chain ends. This special relationship between carbon and hydrogen is so important that it leads to study of a class of chemicals knowns as "Hydrocarbons" which consist of combinations of only Hydrogen and Carbon atoms.



Answered by inficom836
23

(1) It is a nonmetal.

(2) It is the substance with the hardest molecular bond.

(3) It is   good conductor of heat and electricity.

(4) it burns in air at 600-700 degree celcius and produces carbon-dioxide.

(5) it has good absorbing capacity of impurities.

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