Educate workers & students about hazardous materials

Educate adults of the risks in using these materials

To warn the users of the dangers of the product

To warn parents to keep children away from these products

Flame-Releases Oxygen & may cause or increase fire

Flame Over Circle-Heating may cause fire or explosion

Flame-Heating may cause fire or explosion

Fire symbol

Environment-Harmful to environment, mostly aquatic life

Corrosion-Serious eye or vision loss & damage to skin (burns, blisters, scars)

Heath Hazards-May cause breathing difficulties if inhaled, or have genetic defects, cancer etc.

Flame Over Circle-Releases Oxygen & may cause or increase fire

Skull & Crossbones-Fatal or toxic (even in small quantities) if inhaled, swallowed, or contact with skin

Gas Cylinder-Compressed gas that may explode if heated

Exploding Bomb-Heating (even slightly) or shock may cause fire or explosion

Heath Hazards-May cause breathing difficulties if inhaled, or have genetic defects, cancer etc.

Skull & Crossbones-Fatal or toxic (even in small quantities) if inhaled, swallowed, or contact with skin

Environment-Harmful to environment, mostly aquatic life

Flame-Heating may cause fire or explosion

Exclamation Mark-Harmful if inhaled, swallowed, can also cause allergic reaction etc

Gas Cylinder-Compressed gas that may explode if heated

Environment-Harmful to environment, mostly aquatic life

Flame-Releases Oxygen & may cause or increase fire

Skull & Crossbones-Fatal or toxic (even in small quantities) if inhaled, swallowed, or contact with skin

Skull & Crossbones-Fatal or toxic (even in small quantities) if inhaled, swallowed, or contact with skin

Gas Cylinder-Compressed gas that may explode if heated

Corrosion-Serious eye or vision loss & damage to skin (burns, blisters, scars)

Biohazardous-can cause infections in humans & animals

Corrosion-Serious eye or vision loss & damage to skin (burns, blisters, scars)

Heath Hazards-May cause breathing difficulties if inhaled, or have genetic defects, cancer etc.

Biohazardous-can cause infections in humans & animals

Exploding Bomb-Heating (even slightly) or shock may cause fire or explosion

Exclamation Mark-Harmful if inhaled, swallowed, can also cause allergic reaction etc

Heath Hazards-May cause breathing difficulties if inhaled, or have genetic defects, cancer etc.

Corrosion-Serious eye or vision loss & damage to skin (burns, blisters, scars)

Biohazardous-can cause infections in humans & animals

Flame-Releases Oxygen & may cause or increase fire

Skull & Crossbones-Fatal or toxic (even in small quantities) if inhaled, swallowed, or contact with skin

Environment-Harmful to environment, mostly aquatic life

Biohazardous-can cause infections in humans & animals

Biohazardous-can cause infections in humans & animals

Heath Hazards-May cause breathing difficulties if inhaled, or have genetic defects, cancer etc.

Environment-Harmful to environment, mostly aquatic life

Gas Cylinder-Compressed gas that may explode if heated

Handling & storage

Who created or discovered the product

Fire-fighting

First aid

Describes the behavior of a substance when it changes into a new substance

Characteristics of substances that can be observed or measured without changing its composition

Characteristics of substances that can be observed or measured without changing its composition

Describes the behavior of a substance when it changes into a new substance

Ability to resist being scratched

How easily liquid flows (less flow-more viscous)

Ability to be hammered

Ability to conduct electricity or heat energy

Ability to dissolve in water

Ability to be hammered

Amount of mass in given volume of a substance

Solid form where seen a definite structure of cubes or blocks

Ability to resist being scratched

Ability to be hammered

Solid form where seen a definite structure of cubes or blocks

Ability to be stretched

Ability to be stretched

Amount of mass in given volume of a substance

Solid form where seen a definite structure of cubes or blocks

Ability to conduct electricity or heat energy

Ability to resist being scratched

How easily liquid flows (less flow-more viscous)

Ability to dissolve in water

Amount of mass in given volume of a substance

How easily liquid flows (less flow-more viscous)

Amount of mass in given volume of a substance

Ability to dissolve in water

Ability to conduct electricity or heat energy

Ability to conduct electricity or heat energy

Amount of mass in given volume of a substance

Ability to dissolve in water

How easily liquid flows (less flow-more viscous)

Solid form where seen a definite structure of cubes or blocks

How easily liquid flows (less flow-more viscous)

Ability to conduct electricity or heat energy

Amount of mass in given volume of a substance

Appearance of substance changes, but chemically substance is the same

1 or more new substances are formed (from different properties) ex) color, order

Appearance of substance changes, but chemically substance is the same

1 or more new substances are formed (from different properties) ex) color, order

New color

Change is difficult to reverse

Heat or light given off

Bubbles of gas form

Solid material is formed

Everything the breathes, moves, is alive

Anything that has mass or takes up space

Atoms within and object

The mass in an object

J.J. Rutherford

Dalton

Robert Hooke

Dimitri Mendeleev

Made of 1 type of particle

Can't be broken down to simpler substance/anything found on the periodic table ex) Gold

Made of 2 or more different elements/chemically binned into fixed ration ex) water

Combination of 2 or more pure substances/can be separated physically into different components

Different parts are visible

1 substance dissolved into another/ keeps some appearance

Same appearance through out

Can't be broken down to simpler substance/anything found on the periodic table ex) Gold

Tiny particles of 1 substance are held within another to create cloudy mixture ex) dirt in water

Made of 2 or more different elements/chemically binned into fixed ration ex) water

Particles can be separated by mechanical means ex) soil or trail mix

1 substance dissolved into another/keeps same appearance

Different parts are visible

Tiny particles of 1 substance are held within another to create cloudy mixture ex) dirt in water

same appearance through out

Combination of 2 or more pure substances/can be separated physically into different components

Same appearance through out

Made of 2 or more different elements/chemically binned into fixed ration ex) water

Can't be broken down to simpler substance/anything found on the periodic table ex) Gold

Tiny particles of 1 substance are held within another to create cloudy mixture ex) dirt in water

Different parts are visible

1 substance dissolved into another/ keeps some appearance

Made of 1 type of particle

Made of 2 or more different elements/chemically binned into fixed ration ex) water

1 substance dissolved into another/ keeps some appearance

particles can be separated by mechanical mean ex) soil or trail mix

Different parts are visible

Can't be broken down to simpler substance/anything found on the periodic table ex) Gold

Tiny particles of 1 substance are held within another to create cloudy mixture ex) dirt in water

Same appearance through out

particles can be separated by mechanical mean ex) soil or trail mix

1 substance dissolved into another/ keeps some appearance

Combination of 2 or more pure substances/can be separated physically into different components

Made of 2 or more different elements/chemically binned into fixed ration ex) water

particles can be separated by mechanical mean ex) soil or trail mix

1 substance dissolved into another/ keeps some appearance

React violently with oxygen & water

Located in group 1 on periodic table

Conduct electricity & colorless, odorless, & tasteless

Located in group 18 on periodic table

Gain electrons & become negatively charged-Located on right side of stair case

lose electrons & become positively charged-Located on left side of stair case

Gain electrons & become negatively charged-Located on right side of stair case

Lose electrons & become positively charged-Located on left side of stair case

Robert Hooke

Jacob Berzelius

J.J Thompson

Bohr

Tiny particles floating around us

Any thing that takes of space and contains mass

The smallest building block of matter

The smallest building block of life

Located in the nucleus

Positive charge of 1

Weighs same as neutron (1 amu)

Very small mass

very small mass

Negative chare of 2

Negative change of 1

Located outside the nucleus

Located outside the nucleus

No charge

Neutral

Locate in the nucleus

Atoms that gained or lost electrons to achieve full outer orbit

2 or more forms of an element with different mass due to different number of neutrons

Atoms that gained or lost electrons to achieve full outer orbit

2 or more forms of an element with different mass due to different number of neutrons

1 pure substance

Is made of 2 or more types of atoms chemically boned together

Is made of 2 or more types of atoms chemically boned together

1 pure substance

All living things are made of cells

All cells need time and energy to survive

Cells are the basic units of structure & function in living things

All cells are produced from other cells

All cells are made from atoms

Jacob Berzelius

Dimitri Mendeleev

Robert Hooke

J.J Thompson

Production of living organisms from other living organisms

Production of living organisms from non-living matter

Production of non-living matter from living organisms

The first generation of life

Control center of cell

Gelatin-like substance where organelles are found

Photosynthesis occurs here, contains chlorophyll

Protection, structure & support for the cell

Storage of nutrients & waste products

Gelatin-like substance where organelles are found

Protects & controls what comes in & out of cell

Control center of cell

Photosynthesis occurs here, contains chlorophyll

Protects & controls what comes in & out of cell

Storage of nutrients & waste products

Protection, structure & support for the cell

Creates energy for cell

Storage of nutrients & waste products

Gelatin-like substance where organelles are found

Photosynthesis occurs here, contains chlorophyll

Protects & controls what comes in & out of cell

Photosynthesis occurs here, contains chlorophyll

Control center of cell

Storage of nutrients & waste products

Gelatin-like substance where organelles are found

Photosynthesis occurs here, contains chlorophyll

Creates energy for cell

Protects & controls what comes in & out of cell

Control center of cell

Protection, structure & support for the cell

Gelatin-like substance where organelles are found

Storage of nutrients & waste products

Chromosomes, is genetic information for the nucleus, nucleus are found in the DNA

DNA is genetic information for chromosomes, chromosomes are found in the nucleus

Nucleus is genetic information for DNA, DNA is found in the chromosome

They are all the same thing

Interphase

Anaphase

Metaphase

Telophase

2

1

Cell grow & DNA is replicated

3

Chromosomes condense & nuclear envelope disappears

Chromosomes separate & begin to move to opposite ends

2 cells identical to parent cell are formed

Cell grow & DNA is replicated

New nuclear membrane develop

Chromosomes separate & begin to move to opposite ends

Paired chromosomes line up along middle

Chromosomes condense & nuclear envelope disappears

Paired chromosomes line up along middle

2 cells identical to parent cell are formed

New nuclear membrane develop

Chromosomes separate & begin to move to opposite ends

Cell grow & DNA is replicated

2 cells identical to parent cell are formed

New nuclear membrane develop

Chromosomes condense & nuclear envelope disappears

New nuclear membrane develop

2 cells identical to parent cell are formed

Chromosomes separate & begin to move to opposite ends

Cell grow & DNA is replicated

Membrane pinches inward to split

New cell wall forms to split

New cell wall forms to split

Membrane pinches inward to split

Identical to parent

2 daughter cells are produced

4 daughter cells are produced

46 chromosomes same as parent

Different from parent

Half set of chromosomes-23

full set of chromosomes-46

Half set of chromosomes

full set of chromosomes-46

To many cells create to much of blood pressure

Cell clump up creating a tumor that can lead to cancer

Cell clump create a bump with in the skin that causes scaring

A miss-function in mitosis causing a mutated cell to form and produce and spread more like through the body

A toxic fume in the environment that can cause cells to have miss-functions and errors

Something in the environment that can cause cancer ex) sun or tanning beds or Tabaco

Anaphase

Telophase

Prophase

Interphase

Single-celled organism divides in 2 identical cells

Cells grew into new individuals in a petri dish

Parent produces identical offspring from itself

Parent produces small bud or small clone that detaches & becomes separate individual

Parent produces small bud or small clone that detaches & becomes separate individual

Unfertilized, haploid eggs mature into new organisms

Part of one plant joined with another plant & grown together

Cells grew into new individuals in a petri dish

Parent produces identical offspring from itself

Single-celled organism divides in 2 identical cells

Unfertilized, haploid eggs mature into new organisms

Part of one plant joined with another plant & grown together

Single-celled organism divides in 2 identical cells

Part of one plant joined with another plant & grown together

Unfertilized, haploid eggs mature into new organisms

Haploid cells that develop into new organism

Parent produces identical offspring from itself

New individual formed from piece of parent

Parent produces small bud or small clone that detaches & becomes separate individual

Single-celled organism divides in 2 identical cells

Parent produces identical offspring from itself

Cells grew into new individuals in a petri dish

New individual formed from piece of parent

Parent produces small bud or small clone that detaches & becomes separate individual

Unfertilized, haploid eggs mature into new organisms

Single-celled organism divides in 2 identical cells

Part of one plant joined with another plant & grown together

Cells grew into new individuals in a petri dish

Cells grew into new individuals in a petri dish

Part of one plant joined with another plant & grown together

Haploid cells that develop into new organism

Unfertilized, haploid eggs mature into new organisms

No variation

Variation

Offspring can be produced fast

Offspring can't be produced fast

No variation

Variation

Can produce offspring fast

Can't produce offspring fast

An organism that shares some of the same DNA of the original organism

non-identical copy of an organism

an organism that can produces male and female gametes

An identical copy of an organism

an identical organism to another

an organism that can produces male and female gametes

an organism that can't produces male and female gametes

non-identical organism to another

When pistil is transferred from another of stamen to stigma of pollen

When stigma is transferred from another of stamen to pollen of pistil

When pollen is transferred from another of stamen to stigma of pistil

When pollen is transferred from another of stigma to stamen of pistil

Pollen is transferred to stamen within same plant

Pollen of planet is carried to stigma of another plant by wind, water, or animal

Pollen of planet is carried to stigma of another plant by wind, water, or animal

pollen is transferred to stamen within same plant

Variation of characteristics ex) blue eyes vs. brown eyes

A feature ex) eye color

Variation of characteristics ex) blue eyes vs. brown eyes

A feature ex) eye color

Defined form ex) attached or free earlobes

Transmission of characteristics from 1 generation to next

range of forms ex) height

Defined form ex) attached or free earlobes

Range of forms ex) height

Transmission of characteristics from 1 generation to next

range of forms ex) height

Transmission of characteristics from 1 generation to next

define form ex) attached or free earlobes

deoxyribonucleic acid

define genetic alles

In genes found in nucleus

In nucleus found in the chromosomes

In chromosomes found in the nucleus

A and W

C and G

Y and Z

A and T

Instructs the cell to make energy

Instruct the cell to make proteins

Instructs the cell to duplicate

Instructs the cell to keep moving

46

23

42

71

2 sets of 43 chromosomes each

1 sets of 23 chromosomes each

2 sets of 46 chromosomes each

2 sets of 23 chromosomes each

1 from body cells

1 from mom

1 from dad

1 from over a certain time of growth

XY

XX

YX

TX

XY

XX

YX

MX

a chromosome

a gene

A version of a gene

Factor in DNA

Heterozygous

Homozygous

Heterozygous

Homozygous

Dominant gene

Recessive gene

Recessive

Dominant alle

any technological process that alters DNA of an organism ex) insulin

Using or modifying living things to improve lives

using or modifying living things to improve lives

any technological process that alters DNA of an organism ex) insulin

By a recessive allele or error in copying cell

By a recessive allele or error in copying DNA

By a recessive allele or correction in copying DNA

By a recessive gene or error in copying DNA

Is period of growth & development to adult hood & brain maturation

Is period of growth & development to child hood & sexual maturation

Is period of growth & development to adult hood & sexual maturation

Is period of growth & development to adult hood & growth maturation

FSH

Progesterone

Estrogens

Testerone

True

False

Neutrons

Protons

Nucleus

Electron

Positive

Neutral

Negative

Current

Friction

Contact

Static

Induction

Electrons transfer from charged object to neutral object by touching

Electrons transferred from 1 substance to another by rubbing action

Movement of electrons within object caused by nearby charged object, without touching

Electrons transfer from charged object to neutral object by touching

Movement of electrons within object caused by nearby charged object, without touching

Electrons transferred from 1 substance to another by rubbing action

Electrons transfer from charged object to neutral object by touching

Electrons transferred from 1 substance to another by rubbing action

Movement of electrons within object caused by nearby charged object, without touching

Opposites charges attract

Like charges repel

Charges attract other charges

Charged objects attract neutral objects

Resist or blocks electrons

Allows electrons to pass through

Allows electrons to pass through

Resist or blocks electrons

Steady flow of electrons

Electrons stay in 1 place until discharged

Electrons stay in 1 place until discharged

Steady flow of electrons

Load

Pathway

Energy Source

Switch

A path that allows electricity to flow from 1 point to another

A path that does not allow electricity to flow from 1 point to another

A path that does not allow protons to flow from 1 point to another

A path that does not allow neutrons to flow from 1 point to another

Open

Closed

1 pathway

many pathways

when you add more light bulbs, the brightness dims

1 light bulb goes out, the circuit stops

1 light bulb goes out, electrons find another pathway

amount of current is same everywhere

If pathways is interrupted, circuit stops

Amount of current is not same everywhere

If pathways is interrupted, electrons used another path

Many pathways

Add more light bulbs, the brightness stays the same

1 pathway

1 light bulb goes out, the other will continue to work

Add more light bulbs, the brightness dims

Amount of current is the same everywhere

Amount of current is not the same everywhere

If pathway is interrupted, electrons use another path

If pathway is interrupted, circuit stops

Positive side

Negative side

Amount of electrical charge that passes a point, in a circuit, in a certain amount of time

Difference in electrical energy between 2 points in a circuit

Measure of how much material/object resists flow of electrons

Amount of electrical charge that passes a point, in a circuit, in a certain amount of time

Measure of how much material/object resists flow of electrons

Difference in electrical energy between 2 points in a circuit

Amount of electrical charge that passes a point, in a circuit, in a certain amount of time

Measure of how much material/object resists flow of electrons

Difference in electrical energy between 2 points in a circuit

Safety device, when there is excess current, turns off flow of electricity

Safety device, which melts when there is excess current in circuit

Safety device, which melts when there is excess current in circuit

Safety device, when there is excess current, turns off flow of electricity

Wind turbines

Solar power

Hydroelectric

Geothermal

An object in space ex) nebula

Bodies in space like planets

Scientists who know & study astronomy

The study of objects & phenomena's in space

Bodies in space like planets

Scientists who know & study astronomy

The study of objects & phenomena's in space

An object in space ex) nebula

Bodies in space like planets

An object in space ex) nebula

The study of objects & phenomena's in space

Scientists who know & study astronomy

Bodies in space like planets

Scientists who know & study astronomy

An object in space ex) nebula

The study of objects & phenomena's in space

Recognizable patterns/groups of stars ex) big dipper

Small recognizable pattern/group of stars within a bigger group of stars

When night & day are equal and marks the begging of spring or fall

Longest day of the year and begging of summer

Longest day of the year and begging of summer

Recognizable patterns/groups of stars ex) big dipper

Small recognizable pattern/group of stars within a bigger group of stars

When night & day are equal and marks the begging of spring or fall

Longest day of the year and begging of summer

Recognizable patterns/groups of stars ex) big dipper

Small recognizable pattern/group of stars within a bigger group of stars

When night & day are equal and marks the begging of spring or fall

Longest day of the year and beginning of summer

Shortest day of the year and beginning of winter

Shortest day of the year and beginning of winter

Longest day of the year and begging of summer

Juno

Polaris

Eris

Neptune

90 degrees point directly overhead

Measured from horizon (0 degrees) to point directly overhead (90 degrees)

Measured from horizon (0 degrees) to point directly overhead (90 degrees)

90 degrees point directly overhead

Ursa Minor

Virgo

Ursa Major

Hercules

Chunks of rocks in our atmosphere

Chunks of rock/dust & ice in our atmosphere

Chunks of rock/dust & ice in our atmosphere

Chunks of rocks in our atmosphere

False

True

Moon blocks sun form earth, sun disappears

Earth blocks sun's light from moon, then moon disappears

Moon blocks sun form earth, sun disappears

Earth blocks sun's light from moon, then moon disappears

Cooler spot on sun's surface compared to rest of region

Constant flow of particles streaming out of sun's surface in all directions

High energy massive explosion on sun's surface

Massive solar flare

Natural light display formed when Earth's magnetic field diverts plasma from sun

Cooler spot on sun's surface compared to rest of region

Constant flow of particles streaming out of sun's surface in all directions

Massive solar flare

Natural light display formed when Earth's magnetic field diverts plasma from sun

Cooler spot on sun's surface compared to rest of region

High energy massive explosion on sun's surface

Constant flow of particles streaming out of sun's surface in all directions

Cooler spot on sun's surface compared to rest of region

Natural light display formed when Earth's magnetic field diverts plasma from sun

High energy massive explosion on sun's surface

Massive solar flare

Natural light display formed when Earth's magnetic field diverts plasma from sun

High energy massive explosion on sun's surface

Constant flow of particles streaming out of sun's surface in all directions

Cooler spot on sun's surface compared to rest of region

Neptune

Mercury

Venus

Mars

Saturn

Earth

Mars

Mercury

Mars

Pluto

Neptune

Jupiter

Uranus

Jupiter

Saturn

Neptune

Earth

Venus

Mars

Mercury

Mercury

Venus

Mars

Jupiter

Jupiter

Neptune

Saturn

Mercury

Venus

Mars

Jupiter

Neptune

Earth

Mars

Uranus

Neptune

Collection of stars, planets etc, held together by gravity

Everything that exist including all mater and energy

Everything that exist including all mater and energy

Collection of stars, planets etc, held together by gravity

True

False