methylcyclopentadiene

As nouns the difference between terms and methylcyclopentadiene

is that terms is while methylcyclopentadiene is (organic compound) any of three isomeric cyclic diolefins, (methyl derivatives of cyclopentadiene), the organic precursor to the methylcyclopentadienyl-ligand commonly found in organometallic chemistry.

As a noun methylcyclopentadiene is

(organic compound) any of three isomeric cyclic diolefins, (methyl derivatives of cyclopentadiene), the organic precursor to the methylcyclopentadienyl-ligand commonly found in organometallic chemistry.

As nouns the difference between chemistry and methylcyclopentadiene

is that chemistry is (uncountable) the branch of natural science that deals with the composition and constitution of substances and the changes that they undergo as a consequence of alterations in the constitution of their molecules while methylcyclopentadiene is (organic compound) any of three isomeric cyclic diolefins, (methyl derivatives of cyclopentadiene), the organic precursor to the methylcyclopentadienyl-ligand commonly found in organometallic chemistry.

As nouns the difference between organometallic and methylcyclopentadiene

is that organometallic is (chemistry) any organometallic compound while methylcyclopentadiene is (organic compound) any of three isomeric cyclic diolefins, (methyl derivatives of cyclopentadiene), the organic precursor to the methylcyclopentadienyl-ligand commonly found in organometallic chemistry.

As an adjective organometallic

is (chemistry) of, or relating to organic compounds having a metal atom directly bonded to a carbon atom.

As nouns the difference between ligand and methylcyclopentadiene

is that ligand is an ion, molecule, or functional group that binds to another chemical entity to form a larger complex while methylcyclopentadiene is any of three isomeric cyclic diolefins, (methyl derivatives of cyclopentadiene), the organic precursor to the methylcyclopentadienyl-ligand commonly found in organometallic chemistry.

As nouns the difference between methylcyclopentadienyl and methylcyclopentadiene

is that methylcyclopentadienyl is (organic chemistry|especially in combination) a univalent radical derived from methylcyclopentadiene while methylcyclopentadiene is (organic compound) any of three isomeric cyclic diolefins, (methyl derivatives of cyclopentadiene), the organic precursor to the methylcyclopentadienyl-ligand commonly found in organometallic chemistry.

As nouns the difference between precursor and methylcyclopentadiene

is that precursor is that which precurses, a forerunner, a predecessor, an indicator of approaching events while methylcyclopentadiene is (organic compound) any of three isomeric cyclic diolefins, (methyl derivatives of cyclopentadiene), the organic precursor to the methylcyclopentadienyl-ligand commonly found in organometallic chemistry.

As nouns the difference between organic and methylcyclopentadiene

is that organic is (chemistry) an organic compound while methylcyclopentadiene is (organic compound) any of three isomeric cyclic diolefins, (methyl derivatives of cyclopentadiene), the organic precursor to the methylcyclopentadienyl-ligand commonly found in organometallic chemistry.

As an adjective organic

is (biology) pertaining to or derived from living organisms.

As nouns the difference between cyclopentadiene and methylcyclopentadiene

is that cyclopentadiene is cyclopentadiene while methylcyclopentadiene is (organic compound) any of three isomeric cyclic diolefins, (methyl derivatives of cyclopentadiene), the organic precursor to the methylcyclopentadienyl-ligand commonly found in organometallic chemistry.

As nouns the difference between derivative and methylcyclopentadiene

is that derivative is something derived while methylcyclopentadiene is any of three isomeric cyclic diolefins, (methyl derivatives of cyclopentadiene), the organic precursor to the methylcyclopentadienyl-ligand commonly found in organometallic chemistry.

As an adjective derivative

is obtained by derivation; not radical, original, or fundamental.