Melting Point - solid to liquid do to temperature.

Heat of fusion - solid to liquid based on energy.

2. The heat of vaporization is the amount of energy required for the liquid to turn into gas.

3. Sublimation is the process of a solid turning directly into gas.

Plasma- is matter that has enough energy to overcome the strong force between its particles  

Sublimation is the process of a solid changing directly into a gas state. 

2. Not all solids have a temperature at which they melt

3. Matter is composed of tiny particles ions, atoms, and molecules

2. Liquid particles cling together - give liquid definite volume

3. Thermal particle attractions give solids definite shape + volume

2. Heat of fusion is a solid into a liquid based off of energy

3. Some solids can't melt

2. The particles that make up solids are packed close together

3 Particles of gas are in a constant motion

ice melts at 0c

matter is a bunch of tiny stuff

Boiling point - when liquid turns into vapor

thermal expansion - an increase in the size of a substance when the temp is increased

2.) Heat of fusion is a solid.

3.) the particles that make up solids.

2)Melting point is when a solid becomes a liquid

3)Sublimation is when a solid goes straight to a gas

2. Particles constantly move.

3. Plasma - Matter that has enough energy to overcome forces.

2) Thermal Expansion is when a solid expands when heat is applied

3) Kinetic theory is where things like atoms and particles are constantly moving

Matter has weight

heat fusion is a solid into a liquid based off of energy

The temperature at which a solid becomes a liquid

Heat of Fusion:

The energy required to change a substance from solid to liquid at its melting point

When air inside a hot-air balloon is heated, its particles move farther apart. The balloon rises because the air inside it is less dense than the surrounding air.

2) plasma is matter that has enough energy to overcome the attractive force between particles and atoms

3) Melting point means there's enough energy for a solid to turn to a liquid, such as 1538°C for iron

2) Thermal Expansion - an increase in the size of a substance when the temperature is increased.

3) Heat of Vaporization - the amount of energy required for a liquid at its boiling point to become a gas.

2) Kinetic energy shows how particles in gases behave

3) Heat of fusion is a solid

energy than water moleculoes at 100c

2.not all solids have a temperature at which they melt

3.matter composes into tiny paritcles like (atoms, molecules, ions) and more

you encounter solids liquids and gases every day. Consider the air around you its composed of hitrogen oxygen and water along with other gases. Heat of fusoin is a solid.

2)Did you know?Kinetic theory is the explanation of how gases?

3) Did you know? Boiling point is when liquid changes into vapor?

Additional fact!!! There is more than three types of matter, There is Plasma

2) boilling point is 100c the fresing pont is 0c

3) glass does not melt instead it becomes soft

2. Liquids have less kinetic energy than when in a gas state.

3. Solids are closely packed together and have little kinetic energy.

2. Hydrogen and oxygen atoms alternate in the arrangement of a solid.

3. Ice is a crystalline solid.

2), Solid, liquid, and gas are rare states of matter in the universe.

3), Plasma is a state in which an atom breaks apart from any atomic force; this is also true when an atom has no electrons.

2) Kinetic energy is how the particles in gases behave.

3) Sublimation is when a solid changes into a gas without becoming a liquid.

2) there is a fourth state of matter called plasma

3) The reason hot air balloons rise is because the air inside heats up and becomes less dense than the air outside

Thermal Expansion- an increase in size of a substance when the temperature is increased

Melting Point- the temperature at which a solid becomes a liquid

2)Plasma is the most common state of matter

3)Ice is a crystalized solid

2.Particles always in random motion they collide constantly

3.energy loss from colisions=neglible

melting point- the point at which a solid turns into a liquid

boiling point- the point at which a liquid begins to boil

2 Ice melts at 0 degrees and lead melts at 327 degrees.

3 Kineticenergy-How particles in gasses behave.

2: kinetic theory is explaining how particles in gas act.

3: melting point is the temp where solid turns to liquid or something.

1. Particles that make up a substance have less kinetic energy when in its liquid state than when in its gas state.

2. Not all solids have a specific temperature at which they melt.

3. Many solids are crystalline, which means their particles have specific geometric arrangements.

2. Kinetic theory- explanation of how gases behave

3. When ice is placed in water, it starts to thaw out the ice. This happens because the water is warmer than the ice

It's made of atoms: All matter is made up of incredibly small particles called atoms. When atoms bond together, they form molecules, which are the fundamental building blocks of all materials.

It has different states: Matter can exist in various states, with the three most common on Earth being solid, liquid, and gas. Changing the temperature or other conditions can cause matter to transition between these states, such as water turning into ice (solid) or steam (gas).

Melting point- Temperature at which a solid becomes a liquid.

Sublimation- Process of a solid changing to a gas without forming a liquid.

An example of sublimation is dry ice steaming at room temperature.

2) Melting point is the temperature at which a solid turns into liquid. The melting point of gold is 1064 degrees Celsius, 1947 degrees Fahrenheit, or 1337 Kelvin.

3) Thermal expansion is the increase or decrease of an object's size or shape due to the temperature it is in.

Sublimation: solid changing directly to a gas, without forming a liquid.

Thermal expansion: an increase in the size of a substance when the temperature is increased.

All matter is composed of particles that move randomly and collide within the container they reside.

Thermal Expansion - The increase in size that a substance/object has when subjected to an increase in temperature. For example a marshmallow.