This is a classic electrophilic addition reaction and can be carried out with any of the halogens except fluorine which just explodes and ruins the whole thing!
What's actually happening is that bromine becomes polarised on approach to the hexene double bond due to the pi bond electrons. These 'attack' the positively charged side of the bromine molecule forming a bromonium ion and leaving a negatively charged bromide ion. This then attacks the reverse side of the molecule (because it is easier to access (hindrance) and because the carbon is positvely charged). This forms the final product which is a dibromohexane...
Hope that helps
Richard
When hexane and bromine water is mixed there is no reaction. They are immiscible.
ilovejesus
It is an addition reaction which will then give us bromohydrin
a displacement reaction
2I- + Br2 ---> I2 + 2Br-
This bond should be ionic.
It will turn colorless because bromine is an unsaturated compound and unsaturated compound have double bonds
The type of reaction that occurs between Hexene and Hydrogen is nothing when the unactivated catalyst is around 100 degrees. When it is between 200 and 300 degrees there is extensive reaction.
It is an addition reaction which will then give us bromohydrin
a displacement reaction
An extremely exothermic reaction occurs producing Sodium Bromide
2I- + Br2 ---> I2 + 2Br-
This bond should be ionic.
No, Bromine is not a synthetic element, it occurs naturally
Alkenes, or hydrocarbons with at least one double bond undergo an addition reaction when combined with bromine (Br2). The general reaction is H2C=CH2 --> H2BrC--CBrH2, and it occurs readily. This reaction is a good way to identify alkenes because bromine has a reddish color, while alkanes and alkenes are colorless. So if bromine is added to an unknown hydrocarbon, the disappearance of the color is an indication of the presence of a pi bond.
Normally no reaction will occur between two bases.
It will turn colorless because bromine is an unsaturated compound and unsaturated compound have double bonds
double decomposition
Any reaction between nitric acid and ammonium nitrate.