Matter: States, Properties, and Changes
JAN REGACHO/JOSEPH KIM
Matter Matters
•
Matter is anything that has mass and volume
•
Solid, Liquid, and Gas are the three states of Matter
What is Matter?
What is the Kinetic Molecular Theory?
•
This theory describes how changes in the kinetic energy of particles
can result in changes of state
•
This theory also helps explain the difference between solids, liquids,
and gases
•
It explains what happens to matter when the kinetic energy of
particles changes
•
Main points of kinetic molecular theory are:
All matter is made up of very small particles
There is empty space between particles
Particles are constantly moving
Energy makes particles move
•
Chemistry includes facts and
observations about matter.
•
Chemistry involves changes such as
Chemical and Physical change
•
Chemical change is a change in matter
that occurs when substances combine to
form new substances
•
Physical change is when appearance of
substance may change, but the
chemical substance remains the same
and that no new substances are formed
What is
chemistry?
•
There are a number of factors that could change
the state of Matter such as temperature.
•
If a solid such as an ice cube was put in a
location with an inconsiderable amount of heat,
the ice cube’s state will change into liquid(water).
This is called melting.
•
If a liquid such as water were to experience an
immense amount of heat, the water will turn into
gas(steam). This is called evaporation.
•
If a liquid such as water was left inside a
refrigerator for a long time, the water will turn into
a solid(ice cube). This is called Freezing.
•
These are one of the ways that temperature can
change the state of Matter.
How does the
states of Matter
change?
•
Quantitative Properties can be
measured with numbers such as:
Solubility- the ability to dissolve in
water
Conductivity- the ability to conduct
heat or electricity
Viscosity- the resistance to flow
Density- the ratio of a material’s mass
to its volume
Melting/Freezing point- the
temperature of melting/freezing
Boiling/Condensing point- the
temperature of boiling/condensing
QUANTITATIVE PROPERTIES
•
Qualitative Properties can be
described but not measured such as:
State- solid, liquid, gas
Colour- colour
Malleability- the ability to be bent into
sheets
Ductility- the ability to be drawn into
wires
Crystallinity- the shape or
appearance of a crystal
Magnetism- the tendency to be
attracted to a magnet
QUALITATIVE PROPERTIES
What are the Physical Properties of Matter?
Matter is anything with mass and volume, existing in solid, liquid, or gas states. The Kinetic Molecular Theory explains the behavior of particles in matter. Chemistry explores matter through chemical and physical changes. Different factors, like temperature, can change the state of matter. Physical properties of matter include qualitative and quantitative characteristics. Explore the fascinating world of matter and its properties.
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Presentation Transcript
Matter Matters JAN REGACHO/JOSEPH KIM
What is Matter? Matter is anything that has mass and volume Solid, Liquid, and Gas are the three states of Matter
What is the Kinetic Molecular Theory? This theory describes how changes in the kinetic energy of particles can result in changes of state This theory also helps explain the difference between solids, liquids, and gases It explains what happens to matter when the kinetic energy of particles changes Main points of kinetic molecular theory are: All matter is made up of very small particles There is empty space between particles Particles are constantly moving Energy makes particles move
What is chemistry? Chemistry includes facts and observations about matter. Chemistry involves changes such as Chemical and Physical change Chemical change is a change in matter that occurs when substances combine to form new substances Physical change is when appearance of substance may change, but the chemical substance remains the same and that no new substances are formed
How does the states of Matter change? There are a number of factors that could change the state of Matter such as temperature. If a solid such as an ice cube was put in a location with an inconsiderable amount of heat, the ice cube s state will change into liquid(water). This is called melting. If a liquid such as water were to experience an immense amount of heat, the water will turn into gas(steam). This is called evaporation. If a liquid such as water was left inside a refrigerator for a long time, the water will turn into a solid(ice cube). This is called Freezing. These are one of the ways that temperature can change the state of Matter.
What are the Physical Properties of Matter? QUALITATIVE PROPERTIES QUANTITATIVE PROPERTIES Qualitative Properties can be described but not measured such as: Quantitative Properties can be measured with numbers such as: State- solid, liquid, gas Solubility- the ability to dissolve in water Colour- colour Conductivity- the ability to conduct heat or electricity Malleability- the ability to be bent into sheets Viscosity- the resistance to flow Ductility- the ability to be drawn into wires Density- the ratio of a material s mass to its volume Crystallinity- the shape or appearance of a crystal Melting/Freezing point- the temperature of melting/freezing Magnetism- the tendency to be attracted to a magnet Boiling/Condensing point- the temperature of boiling/condensing
