Respuesta :
Answer:
B. ADDITION OF TWO GROUPS ACROSS A DOUBLE BOND
Explanation:
Addition reaction of alkenes involves the conversion of the double bond in alkenes Inyo single bonds by the addition of two groups of atoms or radicals.
During this addition reaction, two substances, an unsaturated compound(e.g. ethane) and an attacking reagent (hydrogen, halogens, hydrogen halides, chlorine and bromine water) combines to form a single new compound without forming any other products. So a saturated product or one in which is an increase in degree of saturation is formed.
B. ADDITION OF TWO GROUPS ACROSS A DOUBLE BOND
- Addition reactions of alkenes are characterized by addition of two groups across a double bond.
- The addition reaction of an alkene is the conversion of an alkene double bond into an single bond by adding two groups of atoms or radicals.
- In this additional reaction, two substances, unsaturated compounds (such as ethane) and corrosive reagents (hydrogen, halogen, hydrogen halide, chlorine, bromine water), combine to form no further products. , Form a single new compound.
Thus, the correct answer is B.
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