The document outlines the different hazard classes used to classify dangerous goods, including compressed gases, flammable and combustible materials, oxidizing materials, poisonous and infectious materials, corrosive materials, and dangerously reactive materials. Each hazard class is defined and examples of the types of materials that fall into each class are provided. Common hazard symbols associated with each class are also displayed and explained.

1. Mr. Ilko

3. Class A: Compressed Gas
Class B: Flammable and Combustible Ma
Class C: Oxidizing Material
Class D: Poisonous and Infectious Materia
Class E: Corrosive Material
Class F: Dangerously Reactive Material
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4. HAZARD SYMBOLS!
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Compressed Gas
(Class A):
Poses an explosion danger
because the gas is under pressure
Container may explode if heated in
a fire, or dropped
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Combustible and Flammable Materi
(Class B):
Will burn and is therefore a potential fire hazard
May burn at relatively low temperatures;
flammable materials catch fire at lower
temperatures than combustible materials
May burst into flame spontaneously in air, or
release a flammable gas on contact with water
May cause a fire when exposed to
heat, sparks, or flames, or as a result of friction
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Oxidizing Material
(Class C):
Poses a fire and/or explosion risk in the
presence of flammable or combustible
material
May react violently when it comes into
contact with combustible materials such as
fuels or wood
May burn skin and eyes upon contact
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Poisonous and Infectious Material
(Class D, Division 1):
Is a potentially fatal poisonous substance
May be fatal or cause permanent damage
if it is inhaled or swallowed or if it enters the
body through skin contact
May burn eyes or skin upon contact
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Poisonous and Infectious Material:
Other Toxic Effects (Class
D, Division 2):
Not immediately dangerous to health
May cause death or permanent damage as a
result of repeated exposure over time
May be a sensitizer, which produces an
allergy
May cause cancer, birth defects, or sterility
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Poisonous and Infectious
Material:
Biohazardous, infectious material
(Class D, Division 3):
May cause a serious disease
resulting in illness (AIDS, Hepatitis)
or death
Can also include tetanus
protection
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Corrosive Material
(Class E):
Causes severe eye and skin
irritation upon contact
Causes severe tissue damage
with prolonged contact
Often produces vapor or fumes
that may be harmful if inhaled
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Dangerously Reactive Material
(Class F):
Is very unstable
May react with water to release a toxic
or flammable gas
May explode as a result of
shock, friction or an increase in
temperature
May explode if heated when in a closed
container
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21. DANGE
R

22. WARNING

23. CAUTION

24. A pure substance is a material whose
properties are not a blend and are always
the same
 Ex. Gold, Silver
Apure substance must be
HOMOGENEOUS

25.  Allpure substances are homogeneous, but
all homogeneous mixtures are not pure
substances
 There are two types of materials;
• Homogeneous
• Heterogeneous

26.  Homogeneous – Mixture that looks like it is
one material
• Coke – Cola, Milk
 Heterogeneous – when the parts are
visibly different
• Chocolate Chip Cookie

27.  A mixture that looks like one material but
is very difficult to separate
• Ketchup, Milk

28.  is
a heterogeneous fluid containing solid
particles

29.  The solubility of a substance is the amount
of that substance that will dissolve in a
given amount of solvent
 Has two parts;
• Solute -- What is being dissolved
• Solvent – The dissolving substance

30.  Thepoint where no more solute can be
dissolved into a given solvent at room
temperature
 Super-Saturation – When more solute is
dissolved in a solvent than normal

31.  Temperature
• When the temp. goes up in a liquid so does the
solubility
• When temp goes up in a gas, the solubility goes
down

32.  ACRONYMN to remember it
S – Spaces between particles
 P – Particles – all matter is made of it
 A – Attraction – attracted or bonded to each other
 M – Movement of particles (always
moving)

33.  Thehigher the viscosity the thicker the
substance is
 Thelower the viscosity the thinner the
substance is

35.  Liquidcannot be as compressed as much
as gas because the spaces between the
particles are not as far apart.

36.  Divide
the amount of your solute into your
amount of solvent
 Ex.
13g of salt is dissolved into 50ml of
water
 13g/50ml

37.  TO solve for density you must use the
following equation;
 Density = mass/volume

39.  When in a liquid, the force of gravity pulls it
down,
• The liquid releases an opposite force to gravity
called BUOYANT FORCE, pushing the object
upwards
 Ifthe liquid the object is in is more dense
the buoyant force is greater than gravity
and the object floats

40.  Means high pressure

41.  KNOW ALL OF THE ORGAN SYSTEMS
• Digestive
• Respiratory
• Circulatory
• Excretory
• Nervous

42.  Food Passage
• Mouth – Esophagus – Stomach – Small intestines
– large intestines – anus
• Villi – hair like projections in the intestines that
catch nutrients

43.  Parts
• Mouth – trachea – Bronchi tubes – bronchiole –
alveoli
• Gas transfer – Oxygen in, Carbon Dioxide Out
• What are the concentrations of the gases in the
alveoli

44.  Arteries carry blood away from the heart
 Platelets help form blood clot
 Pathway of blood to the heart
• Arteries – veins – right atrium – left ventricle –
lungs – right ventricle – right atrium -- arteries

45.  Each organ involved and what they do
• Liver, kidneys, bladder, urethra, ureter
• What is UREA – Waste products of the body

46.  Organs
• Brain, Spinal cord, nerves, dendrites, axons
• PNS/ CNS – organs that go with each

47.  Organelles – specialized group of cells
 Organelles to know
• Mitochondria – power plant
• Nucleus – biggest (cell brain)
• Vacuoles (storage)
• Cell membrane(animal)/Cell wall(plant) – Holds
cell shape
• Chloroplast (plant only) – captures sunlight

48.  Xylem – dead cells that transport water in
a plant
 Phloem – Living cells that transport food
and nutrients throughout the plant

49.  Base
 Lens
 Coarse/fineadjustment knob
 Diaphragm (where the light gets in)

50. 4 types –
• Connective – connects one body part to another
• Muscle – is able to contract and carry electrical
impulses
• Nervous – Makes up the CNS and PNS
• Epithelial – Skin cells

51.  Diffusion– transports oxygen from your
blood into your cells, and carbon dioxide
from your cells into your blood
 Osmosis – Water going from high
concentration to low concentration
Permeable Membrane – a
 Selectively
membrane that allows only certain
substances through

52.  Plasma is made up of;
• The liquid portion of your blood,