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Mechanism of the Reaction Between Ethene and Bromine - Polarisation

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Total cards: 6•Content version: v4•Public deck•Updated: 8/1/2026

Card preview (6)

#1
Front (Question)

Describe the C=C double bond in ethene?

Back (Answer)

It is a region of high concentration of negative charge

#2
Front (Question)

What are in ethene is an area of negative charge?

Back (Answer)

The C=C double bond

#3
Front (Question)

What happens when the Br2 molecule approaches the C=C double bond?

Back (Answer)

It becomes polarises as a result of repulsion by the electrons in the double bond

#4
Front (Question)

Why does the Br2 molecule become polarised?

Back (Answer)

As a result of repulsion by the electrons in the double bond

#5
Front (Question)

What do the electrons in the double bond cause to happen?

Back (Answer)

They cause the Br2 molecule to become polarised as it approached the bond

#6
Front (Question)

List the events that happen during stage one, polarisation. 3

Back (Answer)

Bromine molecule approaches ethene As bromine nears the highly negative C=C double bond of ethene it becomes polarised The bromine molecule is polarised as a result of repulsion by the electrons in the double bond