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SCX - Chemistry Flashcards

1
Q

1 Carbon

A

Meth-

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2
Q

2 Carbon

A

Eth-

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3
Q

3 Carbon

A

Prop-

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4
Q

4 Carbon

A

But-

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5
Q

5 Carbon

A

Pent-

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6
Q

6 Carbon

A

Hex-

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7
Q

8 Carbon

A

Oct-

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8
Q

7 Carbon

A

Hept-

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9
Q

C - C

A

Alkana: -ane

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10
Q

C = C

A

Alkene: -ene

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11
Q

C - OH

A

Alcohol: -ol

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12
Q

Haloalkane

A

Fluoro-
Chloro-
Bromo-
Iodo-

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13
Q

Fluoro-

A

Fluorine (F)

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14
Q

Chloro-

A

Chlorine

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15
Q

Bromo-

A

Bromine

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16
Q

Iodo-

A

Iodine

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17
Q

Priority of Group

A
  • Alcohol
  • Alkene
  • Alkane
  • Haloalkane
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18
Q

Reagents

A

Substances or compounds added to system to cause or test for a reaction

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19
Q

Catalysts

A

Substances that speed up a chemical reaction but are not used up

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20
Q

Symmetrical Addition

A

Adding the same atom to each C of the double bond

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21
Q

Asymmetrical Addition

A

Adding different atoms or group of atoms to the end of each C of the double bond

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22
Q

Types of Addition Reactions

A
  • Hydrogenation
  • Hydration
  • Halogenation
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23
Q

Hydrogenation

A

Addition of hydrogen gas (H2) with the presence of Pt or Ni catalysts under high temperature and pressure

24
Q

Hydration

A

Addition of H2O water

25
Q

Halogenation

A

Addition of halogens (Group 17 elements)

26
Q

Addition reaction

A

Double bond is broken which opens 2 new bonding spaces for two atoms / group of atoms to bond to each C of the double bond.

27
Q

Prefix for the amount of a molecule

A

di, tri, tetra, penta, hexa, hepta, octa

28
Q

Addition Reagents

A

H2/Pt, H2/Ni, H2O/H+, Any Halogen, Dilute H2SO4

29
Q

Elimination Reagents

A

H2SO4(alc)(conc), KOH(alc)

30
Q

Substitution Reagents

A

Any Halogen/UV, KOH(aq), PCl3/PCl5/SOCl2

31
Q

H2/Pt or H2/Ni

A

Alkene -> Alkane

32
Q

H2O/H+ or Dilute H2SO4

A

Alkene -> Alcohol

33
Q

Any Halogen

A

Alkene -> Haloalkane

34
Q

Conc H2SO4(alc)

A

Alcohol -> Alkene

35
Q

KOH(alc)

A

Haloalkane -> Alkene

36
Q

Any Halogen/UV

A

Alkane -> Haloalkane

37
Q

KOH(aq)

A

Haloalkane -> Alcohol

38
Q

PCl3 or PCl5 or SOCl2

A

Alcohol -> Chloroalkane

39
Q

Moles

A

6.02x10^23

40
Q

Equation for moles

41
Q

Equation for concentration

42
Q

molL-1 -> gL-1

A

x Molar Mass

43
Q

Complete Combustion reactions produce

44
Q

gL-1 -> molL-1

A

/ Molar Mass

45
Q

Incomplete Combustion reactions produce

A

H2O + CO2 + CO + C

46
Q

Equation for titre

A

expected titre = (xml * aliquot)/df

47
Q

equation for dilution factor

A

volumetric flask/pipette

48
Q

Greenhouse gas

A

Atmospheric gases that intercept long-wave radiation emitted from the Earth’s surface. They contribute to global warming

49
Q

Short term implications of using greenhouse gases

A

Rain pattern change
Evaporation increase
Glaciers melt
Sea level rises

50
Q

Long term implications of using greenhouse gases

A

Warmer atmosphere
Warmer and more acidic oceans
Higher sea levels
More intense heat waves

51
Q

Implications of using greenhouse gases on living organisms

A

Habitat fragmentation
Loss/Reduce availability of food, clean air and water
Changes of the desired climate
Increase of ocean acidification affects marine wildlife which some organisms cannot survive in.

52
Q

Air Pollution

A

The contamination of the indoor or outdoor environment by chemical, biological or physical agents and changes the natural environment or atmosphere

53
Q

How does carbon affect the environment

A

Coats the leaves of plants and reduces the rate or photosynthesis which kills them and reduces production of O2 in the world

54
Q

Controlled Variable in titration

A

Concentration - Dilution, Degradation
Amount of indicator added
Type of acid/base
Parallax error

55
Q

Combustion cleanliness

A

Short chains burn clean
5+ burn dirty

56
Q

How does carbon monoxide affect living organisms

A

Carbon Monoxide is a poisonous gas for living things as it reduces the oxygen carrying capacity of blood

Science (9 decks)

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