Download - Matter & Particle Theory
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Grade 9 Science– Notre Dame College School
John Dalton – the guy who came up with particle theory
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AgendaWhat is matterThe Particle TheoryMixtures vs. Pure SubstancesMixtures
Hetrogeneous Mixtures Solution
Homogeneous Mixtures Mechanical Mixture Suspension SolutionPure Substances
Elements Compounds
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What is Matter?Matter is anything that contains mass &
volume (takes up space)Energy, such as light, heat, and sound, is
NOT matter
IT’S ALL MATTER!
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The Particle Theory of Matter This provides a way to describe the
structure and behaviour of matter. There are 4 principals of the particle theory
written by a chemist named John Dalton.
Think About it!Look at a piece of chalk If you broke a piece of chalk in half, would it still look like and behave like chalk?How small of pieces would you have to break a piece of chalk so that it isn’t chalk anymore – is that even possible? The answer is YES, because the smallest pieces of chalk are made up of particles and the particle theory explains how this works!
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The Particle Theory of Matter1. All matter is made up of very tiny
objects called particles. These particles are VERY tiny – too small
to be seen with any regular light microscope
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The Particle Theory of Matter2. All Particles
have spaces between them.
The size of these spaces determine the state of the matter
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The Particle Theory of Matter3. Particles present in matter are always in
motion. In a solid, they vibrate together In a liquid, they stay close together but slide
along each other In a gas, they bounce and move in all directions!
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The Particle Theory of Matter4. The particles in a substance attract each
other. The degree that particles are attracted to each
other is different in difference substances,
Take a guess! Which substance do you think has the strongest
attractions? Which has the weakest? Iron Water Oxygen
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The Particle Theory of MatterRecap: Here they are all again
1. All matter is made up of very tiny objects called particles.
2. All particles have spaces between them.3. Particles present in matter are always in
motion.4. The particles in a substance attract each other.
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Pure Substances vs. MixturesAll matter can be divided into two big
categories: PURE SUBSTANCES and MIXTURES.Pure substances are made up of one type of
element or compoundMixtures are a combination of pure
substances (2 or more types of particles)
Versus
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Pure SubstancesPure substances are made up of only
ONE type of particlePure substances are in the form of either
elements or compounds.
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ElementsElements are the smallest and
“purest” forms of particlesThey cannot be broken down
further by ordinary means (such as simple reactions, heat, or electricity)
They are only made up of one type of atom (one type of particle)
Examples are Oxygen, Calcium, Iron, Carbon and Helium
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Compounds
Water is a molecule because it is made out of two types of atoms (oxygen and hydrogen)
OxygenHydrogen
HydrogenWater is a compound because it has many molecules of one type (H2O = Water)
A compound is made up of only one type of particle, called a molecule
Compounds are made up of many molecules that are held together by chemical bonds!
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MixturesA mixture is a combination of two or more
different substances (different types of particles).
Mixtures can be divided into 2 big categories:Heterogeneous MixturesHomogeneous Mixtures
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Heterogeneous MixturesMade up of two or more
particles where the different particles are easy to see and separate.
Can be divided into two categories:Mechanical mixturesSuspensions
An Oreo cookie is a heterogeneous mixture
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Mechanical MixturesParticles that are in the same container but
can be easily separated.Made up of several distinct parts
A lasagne, parfait, and a cookie are both examples of
mechanical mixtures
THINK ABOUT IT!What are some of the
parts of these mechanical mixtures?
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SuspensionsSmall particles of one
substance float in another substance
Salad Dressing, glittery nail polish,
and yogurt are examples of suspensions
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Homogeneous MixturesA homogenous mixture
occurs when 2 or more particles blend together and cannot be seen separately
Solutions are homogeneous mixtures!
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SolutionsA mixture of 2 or more
things where one substance dissolves
Kool-Aid and tea are solutions because you cannot see the flour crystals floating in the Kool-Aid, and you cannot see the tea floating in the tea when the bag is removed Kool-Aid and tea
are examples of solutions