Hazardous Household Product Symbols

Workplace Hazardous Materials Information System

Hazardous Household Product System

Horrific Household Product Symbols

A substance that flows and takes the shape of its container

Hazardous Household Product Symbols

Workplace Hazardous Materials Information System

States that a force applied to a fluid is distributed equally through all parts of the fluid

liquids and gases

solids and gases

liquids and solids

gases and rock

uses liquids to transmit pressure in a confined fluid

liquids and gases

A substance that flows and takes the shape of its container

uses gases to transmit pressure

A substance made of only one kind of matter

A mixture of water and solids

A substance made of 2 or more types of matter

uses liquids to transmit pressure in a confined fluid

gold (Au)

salt water

potting soil

A mixture of water and solids

Heterogeneous Mixture

Solution

Homogeneous Mixture

gold (Au)

Homogenous Mixture

Mechanical Mixture

Heterogeneous Mixture

Pure Substance

chocolate chip cookie dough

Homogenous Mixture

chocolate milk

Heterogeneous Mixture

Kool-Aid

chocolate chip cookie dough

pizza

fruit salad

A mixture in which particles can be seen and easily separated by settling or filtration

A mixture that cannot be separated or do not settle out.

chocolate chip cookie dough

Homogenous Mixture

paint

ranch dressing

gatorade

milk

milk

paint

oil and water

ketchup

matter

milk

paint

mixtures

A substance that is dissolved in a solution.

A substance that does the dissolving

A substance that floats

A substance that rises

A substance that does the dissolving

A substance that is dissolved in a solution.

A substance that floats

A substance that disappears

A measurement of how much solute exists within a certain volume of solvent

A substance that does the dissolving

A substance that is dissolved in a solution.

A measurement of the viscosity of a solution

the ability of one substance to dissolve in another

a solution that cannot dissolve any more solute under the given conditions

the ability of a substance to evolve

A measurement of how much solute exists within a certain volume of solvent

The point at which a substance can receive no more of another substance in solution under given conditions

the ability of one substance to dissolve in another

The point at which a substance can still dissolve more solute

any solution that can dissolve more solute at a given temperature

1) Type of Solute 2) Type of Solvent 3) Temperature

1) Stirring 2) Size of Pieces 3) Temperature

1) Type of Solute 2) Size of Pieces 3) Temperature

1) Stirring 2) Type of Solvent 3) Temperature

a solution in which water is the solvent

a solution in which sugar is the solvent

a solution in which oil is the solvent

a solution in which juice is the solvent

water

oil

coffee

milk

model that explains the behaviour of solids, liquids and gases

model that explains the behaviour of fluids ONLY

model that explains the behaviour of solutes and solvents

model that explains the behaviour of colloids

1)Tiny 2)Moving/Vibrating 3)Attracted 4)Spaces

1)Tiny 2)Eating 3)Attracted 4)Spaces

1)Tiny 2)Moving/Vibrating 3)Attracted 4)Swimming

1)Talking 2)Moving/Vibrating 3)Attracted 4)Spaces

1) Temperature 2) Size 3) Stirring/Agitation

1)Tiny 2)Moving/Vibrating 3)Attracted

1) Temperature 2) Size 3) Stacking

1) Temperature 2) Type of Solute 3) Type of Solvent

a liquid's internal friction

how many particles are in a particular volume

the ability to float

model that explains the behaviour of solids, liquids and gases

it flows slowly

it flows quickly

it doesn't flow

it disappears

it flows quickly

it flows slowly

if doesn't flow

it disappears

viscosity

density

buoyancy

hydrometer

reduces viscosity

increases viscosity

keeps it the same

does nothing

D=mass/volume

P=Force/Area

D=volume/mass

P=Area/Force

1) Temperature 2) Concentration

1) Temperature 2) Stirring

1) Temperature 2) Type of Solute

1) Temperature 2) Size of Pieces

upward force exerted on an object immersed in a fluid

downward force exerted on an object immersed in a fluid

sideways force exerted on an object immersed in a fluid

horizontal force exerted on an object immersed in a fluid

Ability to float

Ability to sink

Ability to disappear

Ability to dissolve

downward force

sideways force

upward force

horizontal force

Shows how heavily a ship can be safely loaded in different water conditions

Shows how to judge the look of a ship

Shows how much viscosity is in the ocean

upward force exerted on an object immersed in a fluid

extent to which a substance can be compressed

extent to which a substance can dissolve

downward force

Ability to float

Incapable of being squeezed into a smaller volume

extent to which a substance can be compressed

capable of being compressed

downward force

P=F/A

P=A/F

D=M/V

D=V/M

Pascals (Pa)

Viscosity (Vi)

Density (Di)

Buoyancy (Bu)

States that a force applied to a fluid is distributed equally through all parts of the fluid

States that a force applied to a fluid is distributed unequally through all parts of the fluid

States that a type of theory applied to a fluid is incorrect

States that a force is always correct