Addition reactions презентация

Слайд 2

Decane (what is the formula?______________) What is the Structural formula - Draw in your jotter)

Decane
(what is the formula?______________)
What is the Structural formula - Draw

in your jotter)
Слайд 3

Decane Draw 4 isomers of decane

Decane
Draw 4 isomers of decane

Слайд 4

When we “crack” DECANE what are the possible products formed?

When we “crack” DECANE what are the possible products formed?

How do

you prove you have formed these products?

H

Слайд 5

Annapurna

Annapurna

Слайд 6

Pentene CH3CH2CH2CH=CH2 Alkenes Can be Hydrocarbons Saturated (Single Bonds) Can

Pentene
CH3CH2CH2CH=CH2

Alkenes

Can be

Hydrocarbons

Saturated
(Single Bonds)

Can be

Unsaturated
(Double Bond)

Ethene
CH2=CH2

Alkanes

Cycloalkanes

Pentene
CH3CH2CH2CH=CH2

Слайд 7

Слайд 8

Saturated or Unsaturated? CH2CHCH3 Saturated Saturated Saturated Unsaturated Unsaturated

Saturated or Unsaturated?

CH2CHCH3

Saturated

Saturated

Saturated

Unsaturated

Unsaturated

Слайд 9

Bromine Water Br Br Double Bonds Undergo Addition Reactions In

Bromine Water

Br

Br

Double Bonds
Undergo
Addition Reactions

In Addition Reactions
The double bond
Breaks and bromine atoms
are

added to both sides
of the double bond
Слайд 10

Addition of Hydrogen (H2) H H The double bond Breaks

Addition of Hydrogen (H2)

H

H

The double bond
Breaks and Hydrogen atoms
are added to

both sides
of the double bond

Propene + Hydrogen

Propane

Слайд 11

Alkenes into Alkanes Hexene + Hydrogen C6H12 H2 + Hexane

Alkenes into Alkanes

Hexene + Hydrogen

C6H12

H2

+

Hexane

C6H14

Now write this reactions using the Structural

Formulae

1.

Слайд 12

Alkenes into Alkanes Octene + Hydrogen Octane C8H16 H2 + C8H18 2.

Alkenes into Alkanes

Octene + Hydrogen

Octane

C8H16

H2

+

C8H18

2.

Слайд 13

Saturated? C2H6 C4H10 C20H42 C10H20 C15H30 C8H18 C7H14 C60H122 C11H22 ? ? ? ? C4H8 ?

Saturated?

C2H6

C4H10

C20H42

C10H20

C15H30

C8H18

C7H14

C60H122

C11H22

?

?

?

?

C4H8

?

Слайд 14

Alkenes and Cycloalkanes Isomers from different Homologous Series CnH2n Alkenes Cyclo- alkanes Unsaturated Saturated C4H8 C4H8

Alkenes and Cycloalkanes

Isomers from different Homologous Series

CnH2n

Alkenes

Cyclo-
alkanes

Unsaturated

Saturated

C4H8

C4H8

Слайд 15

C4H8 Butene Cyclobutane Unsaturated Saturated Reacts with Bromine Unreactive No Reaction with Bromine

C4H8

Butene

Cyclobutane

Unsaturated

Saturated

Reacts with
Bromine

Unreactive
No Reaction with
Bromine

Слайд 16

C5H10 Describe how you could find out, which test tube

C5H10

Describe how you could find out, which test tube contained pentene

and which test tube contained cyclopentane

A

B

Pentene

Cyclopentane

Only Tube A decolourised bromine water.

Слайд 17

Bromine Water Alkenes react with Bromine water. The bromine water

Bromine Water

Alkenes react with Bromine water.
The bromine water changes from brown

to clear.
Tube A must contain Pentene

Alkene

Bromine Water

Alkane

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