Parts
Layers
and Bases
Naming Acids
Warmed by
Example: Lithium
Naming
Properties
Naming
Properties
Classification
Parts
able to fix
able to fix
characteristics
Reflects on
Types of Visible Light
Types of Energy
Example:
Main systems
Phases
follows the law
Properties
Example: Lithium
Parts
Classification
Groups
Factors affecting
examples:
caused
definition
allows us to see
produces
made of
Unchecked cell growth
able to see
produces
To maintain homeostasis
produces

Science

Climate Change

Global Warming

Use of coal, oil, gasoline

Earth

Biome

11 land biomes

1 marine biome

Sun

Weather

rain, snow,
wind, clouds

Atmospheric conditions

Climate

Distance from equator

Presence of large water
bodies, ocean, air currents

Land formations

Altitude

Global average of temperature
humidity and rainfall patterns
over a long period of time

The long-term change in global
climate patterns, especially from
the mid-20th century onward,
because of human activities.

Chemistry

Periodic Table of Elements

Alkali Metals

Alkaline-earth Metals

Transition Metals

Halogens

Noble Gases

Metals

Metalloids

Nonmetals

Lewis Dot Diagrams

Atoms

Protons (+)

Electrons (-)

Neutrons (0)

Bohr Rutherford
Diagrams

Counting Atoms

Ionic or molecular compound?
State the elements
State the number of each element
State the total number of atoms
Add them together

Chemical Reactions

Law of Conservation of Mass

Balancing Equations

Mass of Reactants = Mass of Products

Mass in conserved in
the chemical reaction

Gas Formation

Temperature
Changes

Color
Change

Odour
Change

Word and Chemical Equations

Reactants --> Products

Symbols:
(s): solid
(l): liquid
(g): gaseous
(aq): dissolved in water

Types of Reactions

Neutralization

Acid + Base -> Water + Salt

Synthesis

Decomposition

Single Displacement

Double Displacement

Physics

Light

Travels very fast,
faster than sound

Color Theory

Primary Colours

Red

Green

Blue

Secondary Colours

Cyan

Magenta

Yellow

Waves

Wavelength

Trough

Crest

Amplitude

Ray Model
Of Light

Laws of Reflection

2. The incident ray, reflected ray
& normal are in the same place

1. Any incident ray perpendicular with
the mirror will reflect back onto itself

3. Angle of Incidence = Angle of Reflection

Normal

Incident Ray

Reflected Ray

Angle of Reflection

Angle of Incidence

Biology

Cells

Cell Cycle

Interphase

G1

Replicates organelles

S

Replicates DNA

G2

Produce special structures

Prophase

Metaphase

Anaphase

Telophase/
Cytokinesis

Cell Specialization

Cells perform specific functions
so if they die, there are Stem Cells

Hierarchy of Organization

Cell

Organelles

Nucleus

Ribosomes

Mitochondria

Golgi Apparatus

Rough E.R.

Smooth E.R.

Lysosomes (Animal Only)

Cell Membrane

Cell Wall (Plant only)

Chloroplasts (Plant only)

Nucleolus

Organ

Tissue

Epithelial

Nervous

Muscle

Connective

Organ System

Respiratory System

Interdependent Organ Systems

At the gym your respiratory and circulatory systems are keeping up with your workout by giving oxygen and nutrients, while the digestive system is burning nutrients from the food you ate before

Circulatory System

Digestive System

Organism

Biological Technologies

X-Ray

Ultrasound

Fluoroscopy

CT

MRI

Nuclear
Medicine

PET

Biophotonics

Electromagnetic Spectrum

Radiowaves

Microwaves

Infrared

Visible Light

Bioluminescence

Incandescent

Fluorescent

Phosphorescent

Chemiluminescence

Triboluminescence

Electric Discharge

Mirrors

Plane Mirrors

S: Same Size
A: Upright
L: Behind Mirror
T: Virtual

Curved Mirrors

Convex Mirrors

Cameras

Concave Mirrors

S.A.L.T

Ultraviolet

X-Rays

Gamma Rays

Myopia

Concave Lenses

Hyperopia

Convex Lenses

Glasses

Human Eye

Iris

Pupil

Cornea

Lens

Focal Point

Retina

Optic Nerve

Is an electro-
magnetic wave

Travels in straight lines

Refraction

Index of Refraction

Snell's Law

Dispersion

Matter

Solid

Liquid

Gas

Mixtures

Homogeneous

Heterogeneous

Pure Substances

Elements

Compounds

Particle Theory

1. All matter is made up of tiny particles

3. All particles are in constant motion

2. Different substances are
made up of different particles

4. Particles are attracted to each other

Molecular Compounds

Low melting point

Doesn't conduct
electricity

Less soluble

Soft, brittle solids

Diatomic and Polyatomic Elements

Hydrogen
Oxygen
Fluorine
Bromine
Iodine
Nitrogen
Chlorine
Phosphorus
Sulfur

prefix"Non-metal" prefix"Non-metal"ide

Polyatomic

Multivalent

Simple

Ionic Compounds

Hard, brittle solids

Crystal-like

High melting point

Very soluble

Conduct electricity

Can be crushed

"Metal" "Non-metal"ide

Standard Atomic
Notation

Element (Li)

Atomic Number (3)

Atomic Mass (7)

Combustion

CH + O -> CO2 + H2O

Hydrosphere

Layer of Water

100% Water

97% Salt Water

3% Fresh Water

Solar Radiation

Acids and Bases

hydro"element"ic acid

"element" hydroxide

sour vs bitter

H+ vs OH-

Lithosphere

Layer of Rock

The crust and the solid
part of the upper mantle

Layer of Gases

Oxygen

Neon

Krypton

Methane

Nitrogen

Argon

Helium

Carbon Dioxide

Biosphere

Atmosphere

Troposphere

Stratosphere

Mesosphere

Thermosphere

Related to Chemistry
(Pure Substances)

Microscopes

Base, Arm,
Stage, Clips

Diaphragm

Eyepiece/
Ocular Lens

Coarse Adjustment Knob

Fine Adjustment Knob

Objective
Lenses

Lamp

Embryonic
Stem Cells

Can become any cell type

Adult
Stem Cells

Can become some cell types

Stem Cells

Cancer Cells

Tumours

Mutations

Related to
X-Rays (Physics)