What's the difference between
and
Enter two words to compare and contrast their definitions, origins, and synonyms to better understand how those words are related.

dimethylurea

Terms vs Dimethylurea - What's the difference?

terms | dimethylurea |


As nouns the difference between terms and dimethylurea

is that terms is while dimethylurea is (organic compound) any derivative of urea in which two hydrogen atoms have been replaced by methyl groups, but especially 1,3-dimethylurea that acts as a radical scavenger, and is used in the manufacture of caffeine and other compounds.

Wikidiffcom vs Dimethylurea - What's the difference?

wikidiffcom | dimethylurea |


As a noun dimethylurea is

(organic compound) any derivative of urea in which two hydrogen atoms have been replaced by methyl groups, but especially 1,3-dimethylurea that acts as a radical scavenger, and is used in the manufacture of caffeine and other compounds.

Caffeine vs Dimethylurea - What's the difference?

caffeine | dimethylurea |


As nouns the difference between caffeine and dimethylurea

is that caffeine is an alkaloid, c8h10n4o2, found naturally in tea and coffee plants which acts as a mild stimulant of the central nervous system while dimethylurea is (organic compound) any derivative of urea in which two hydrogen atoms have been replaced by methyl groups, but especially 1,3-dimethylurea that acts as a radical scavenger, and is used in the manufacture of caffeine and other compounds.

Scavenger vs Dimethylurea - What's the difference?

scavenger | dimethylurea |


As nouns the difference between scavenger and dimethylurea

is that scavenger is (obsolete) a street sweeper while dimethylurea is (organic compound) any derivative of urea in which two hydrogen atoms have been replaced by methyl groups, but especially 1,3-dimethylurea that acts as a radical scavenger, and is used in the manufacture of caffeine and other compounds.

Urea vs Dimethylurea - What's the difference?

urea | dimethylurea |


As nouns the difference between urea and dimethylurea

is that urea is (biochemistry|uncountable) a water-soluble organic compound, co(nh2)2, formed by the metabolism of proteins and excreted in the urine while dimethylurea is (organic compound) any derivative of urea in which two hydrogen atoms have been replaced by methyl groups, but especially 1,3-dimethylurea that acts as a radical scavenger, and is used in the manufacture of caffeine and other compounds.

Radical vs Dimethylurea - What's the difference?

radical | dimethylurea |


As nouns the difference between radical and dimethylurea

is that radical is a member of the most progressive wing of the liberal party; someone favouring social reform (but generally stopping short of socialism) while dimethylurea is (organic compound) any derivative of urea in which two hydrogen atoms have been replaced by methyl groups, but especially 1,3-dimethylurea that acts as a radical scavenger, and is used in the manufacture of caffeine and other compounds.

As an adjective radical

is favoring fundamental change, or change at the root cause of a matter.

Methyl vs Dimethylurea - What's the difference?

methyl | dimethylurea |


In organic compound terms the difference between methyl and dimethylurea

is that methyl is the univalent hydrocarbon radical, CH3, formally derived from methane by the loss of a hydrogen atom; a compound or part of a compound formed by the attachment of such a radical while dimethylurea is any derivative of urea in which two hydrogen atoms have been replaced by methyl groups, but especially 1,3-dimethylurea that acts as a radical scavenger, and is used in the manufacture of caffeine and other compounds.

Hydrogen vs Dimethylurea - What's the difference?

hydrogen | dimethylurea |


As nouns the difference between hydrogen and dimethylurea

is that hydrogen is the lightest chemical element (symbol h) with an atomic number of 1 and atomic weight of 100794 while dimethylurea is (organic compound) any derivative of urea in which two hydrogen atoms have been replaced by methyl groups, but especially 1,3-dimethylurea that acts as a radical scavenger, and is used in the manufacture of caffeine and other compounds.