All life needs carbon to survive, especially through respiration in humans and animals, and photosynthesis for plants
hat are the two properties of carbon which lead to the huge no. of carbon compounds we see around us ??
Whether a compound is "organic" or not depends only on one element: carbon. Both methane (CH4) and cyanogen (NCCN) are organic compounds, and as you can see they only have one element in common.
Think about photosynthesis - this occurs in the leaves of plants and trees and this is recycling of carbon compounds. It is the reverse process of respiration in animals and it is this balance between the two that is being upset by the use of fossil fuels which are ancient stores of carbon.
the law of multiple proportions
Carbon Family (14) - includes a nonmetal (carbon), two metalloids (silicon and germanium) and two metals (tin and lead) - vary greatly in both physical and chemical properties - occur in nature in both combined and elemental forms - have four valence electrons - are relatively unreactive - tend to form covalent compounds (tin and lead also form ionic compounds)
Calcium carbonate; carbon dioxide are two
Carbon dioxide and sugar
carbon dioxide and sugar
carbon and hydrogen
Carbon dioxide, methane are the two more common compounds.
Strong car-carbon bonds help explain the stability of carbon compounds.
Compounds are made up of two different kinds of elements. An example: Carbon dioxide (CO2) is made up of the elements Carbon and Oxygen.
it is ofcourse a solid. diamond and coal are two forms of carbon made compounds.
There is no single compound called carbon oxide. There are two oxides of carbon: carbon monoxide (CO) and carbon dioxide (CO2). Both are compounds.
hat are the two properties of carbon which lead to the huge no. of carbon compounds we see around us ??
All organic compounds contain carbon and connect with covalent bonds.
Two compounds containing Oxygen are: >> Carbon Dioxide - CO2 >> Water - H2O