terms |
dichlorobenzene |
As nouns the difference between terms and dichlorobenzene
is that
terms is while
dichlorobenzene is (organic compound) either of three isomeric derivatives of benzene in which two hydrogen atoms have been replaced by chlorine; they are used as solvents and in organic synthesis.
synthesis |
dichlorobenzene |
As nouns the difference between synthesis and dichlorobenzene
is that
synthesis is while
dichlorobenzene is (organic compound) either of three isomeric derivatives of benzene in which two hydrogen atoms have been replaced by chlorine; they are used as solvents and in organic synthesis.
solvent |
dichlorobenzene |
As nouns the difference between solvent and dichlorobenzene
is that
solvent is a liquid that dissolves a solid, liquid, or gaseous solute, resulting in a solution while
dichlorobenzene is (organic compound) either of three isomeric derivatives of benzene in which two hydrogen atoms have been replaced by chlorine; they are used as solvents and in organic synthesis.
As an adjective solvent
is able to pay all debts as they become due, and having no more liabilities than assets.
chlorine |
dichlorobenzene |
As nouns the difference between chlorine and dichlorobenzene
is that
chlorine is a toxic, green, gaseous chemical element (
symbol Cl) with an atomic number of 17 while
dichlorobenzene is either of three isomeric derivatives of benzene in which two hydrogen atoms have been replaced by chlorine; they are used as solvents and in organic synthesis.
hydrogen |
dichlorobenzene |
As nouns the difference between hydrogen and dichlorobenzene
is that
hydrogen is the lightest chemical element (
symbol h) with an atomic number of 1 and atomic weight of 100794 while
dichlorobenzene is (organic compound) either of three isomeric derivatives of benzene in which two hydrogen atoms have been replaced by chlorine; they are used as solvents and in organic synthesis.
benzene |
dichlorobenzene |
In organic compound terms the difference between benzene and dichlorobenzene
is that
benzene is an aromatic hydrocarbon of formula C
6H
6 whose structure consists of a ring of alternate single and double bonds while
dichlorobenzene is either of three isomeric derivatives of benzene in which two hydrogen atoms have been replaced by chlorine; they are used as solvents and in organic synthesis.