C11- Basic Concepts of Organic Chemistry Flashcards

(34 cards)

1
Q

Functional group

Explain what is is

A

The part of an organic molecule that is largely responsible for the molecule’s chemical properties

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2
Q

Homologous series

A

Group of chemical compounds, with a trend in viscosity/ flammability where each subsequent member varies with addition of CH2 of saturated aliphatic hydrocarbons

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3
Q

Aliphatic

A

Carbon atoms are joined to each other in unbranched chains

not aromatic

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4
Q

Alicyclic

A

Carbon atoms are joined to each other in a ring ( cyclic0 structure, with or without branches

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5
Q

Aromatic

A

Some or all of the carbon atom s are found in a benzene ring

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6
Q

General formula

A

Simplest algebraic formula for any member of a homologous series

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7
Q

Molecular formula

Vs

Empirical formula

A

Molecular-
Number and type of atoms present in a molecule

Empirical-
Simplest whole number ratio of the atoms of each element present in a compound

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8
Q

Displayed formula

A

Relative position of all atoms in a molecule and the bonds between them

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9
Q

Structural formula

A

Smallest amount of detail necessary to show arrangement of atoms in a molecule

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10
Q

Structural isomers

A

Compounds with same molecular but a different structural formula

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11
Q

Isomer of an alkene

alternative

A

Cycloalkane

C5H10= pentene and cyclopentane

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12
Q

Functional groups

Carboxylic acid

A

COOH

Suffix= -oic acid

On the END of a chain

OH
  I C=O
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13
Q

Functional groups

Alkene

A

C=C

Suffix= -ene

Anywhere along the carbon chain

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14
Q

Functional group

Aldehyde

A

-CHO

Suffix= -al

END of chain

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15
Q

Functional group

Alcohol

A

-OH

Prefix= Hydroxy-
Used only when the suffix of a compound has been used to
represent another functional group

Suffix= ol (default)

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15
Q

Functional group

Ketone

A

-C=O

In the MIDDLE of the carbon chain

suffix= one
dione

16
Q

Functional group

haloalkane

A

-CL -Br -I

Prefix= Chloro, bromo, Iodo

17
Q

Chain isomerism

A

Different carbon chains

18
Q

Positional isomerism

A

Functional groups in different positions

19
Q

Functional group isomerism

A

The same chemical formula but different functional groups

Tends to be alcohol then ether

20
Q

Why can carbon form a large number of compounds?

3

A

Forms single, double and triple bonds to other carbon atoms

Carbon can form chains of carbon atoms

Carbon forms bonds to other atoms such as oxygen or nitrogen

21
Q

Naming aliphatic alkanes

A

1 All alkanes have the suffix -ane

2 Identify and name longest carbon chain

3 Identify side chains attached to parent chain (alkyl groups).
–> add these as a prefix to the parent chain

4 Add numbers before alkyl groups to show their position on the parent chain

22
Q

Naming alicyclic Alkanes

A

1 Identify and name longest chain

2 Add prefix cylco

23
Q

IUPAC naming system

A

Root word= number of carbon atoms in the longest carbon chain

Prefix e.g. cyclo

Suffix = main functional group

24
Naming compounds containing functional groups
1 Identify longest unbranched chains of carbon atoms 2 Identify any functional groups and alkyl side chains, select the appropriate suffixes and prefixes 3 Number Alkyl and functional groups to indicate their position on the parent chain
25
Nucleophile
an atom or a group of atoms that donates a pair of electrons to form a new covalent bond
26
Electrophile
An atom or group of atoms that accepts a pair of electrons to form a new covalent bond
27
What is the mechanism of a reaction
A model organic chemists use to represent the movement of electrons as reactants to form a new product
28
Mechanism Curly arrow
Used to show the movement of a pair o0f electrons
29
Heterolytic fission
Bond breaks unevenly One atom gets both e- form the bond Forming ions
30
Homolytic fission
Bond breaks unevenly Each atom gets one electron from the bond Forms radicals
31
Addition reaction
Two reactants join together to form one product
32
Substitution reaction
An atom or group of atoms is replaced by an atom or a different group of atoms
33
Elimination reaction
Removal of a small molecule form a larger one One reactant molecule forms two products