Water

Coffee

Milk

Air

A cloudy heterogeneous mixture, like milk

A cloudy homogenous mixture, like milk

A separated mixture, like oil in water

A separated mixture, like dust in air

A separated mixture, like sand in water

A homogenous mixture, like sugar water

A cloudy mixture, like milk

A pure substance like iron

A mixture that looks like it's made of one thing.

A mixture that looks like it's made of multiple things

The medium that causes the solute to dissolve

A substance that dissolves in solute

Sand, when mixed with rocks

Oil, when mixed with sand

Salt, when mixed in water

Water, when mixed with oil

F/A

Force per area

g/mL

Grams per milliliter

mL/g

Milliliters per gram

m/s

meters per second

Where the pancake can absorb more syrup

Where the pancake cannot absorb more syrup

The sponge cannot absorb more water

The sponge can absorb more water

What state something is in, like ice is solid water

How dense something is, like how heavy a bar of gold is

How thick something is, like syrup running down a slope

How fast something dissolves, like salt in water

Temperature and pressure

Temperature, Pressure, and chemical bonds

Pressure and altitude

Pressure, particles, and Pascal's Law

1. Matter is made of particles

2. Particles have space between them

3. Particles are still

4. Particles feel outside forces

1. Matter and energy are made of particles

2. Particles have space between them

3. Particles are still

4. Particles feel outside force

1. Matter is made of particles

2. Particles have space between them

3. Particles are always moving

4. Particles feel outside forces

1. Matter and energy are made of particles

2. Particles have space between them

3. Particles are still

4. Particles feel outside forces

How dense something is, like a gold bar

How thick something is, like syrup running down a slope

What state something is in, like ice being a solid

The concentration of something, like juice

Water

Syrup

Oil

Water

Increase

Decrease

s/m

Seconds per meter

mL/g

Milliliters per gram

cm3/g

Centimeters cubed per gram

g/cm3

Grams per centimeter cubed

Water bottle

Pencil

Feather

Lead

All liquids are fluids

All fluids are liquids

Solid

Liquid

Gas

Lines on a truck to show how deep of snow it can safely travel through

Lines on a plane to show where the clouds are

Lines on the docks to show where low and high tide are

Lines on a ship to show how deep the ship is within different water types

E=mc2

Energy = mass times speed of light squared

V=d/t

Velocity = displacement over time

P=F/A

Pressure = Force over Area

W=Fd

Work = Force times distance

One that uses air, like a dentist's tools

One that uses liquids, like a car lift

One that uses air, like the barber chair

One that uses liquid, like a firehose

A small amount of force is used on the large piston that then pushes the small piston up because the liquid is compressible

A large amount of force is used on the large piston that then pushes the small piston up because the liquid is incompressible

A small amount of force is used on the small piston that then pushes the large piston up because the liquid is incompressible.

A large amount of force is used on the small piston that then pushes the large piston up because the liquid is compressible.