States of Matter 1 States of Matter Most

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States of Matter 1

States of Matter 1

States of Matter Most common types: u. Solid u. Liquid u. Gas u. Plasma

States of Matter Most common types: u. Solid u. Liquid u. Gas u. Plasma 2

States of Matter Basis of Classification of the Four Types ØBased upon particle arrangement

States of Matter Basis of Classification of the Four Types ØBased upon particle arrangement ØBased upon energy of particles ØBased upon distance between particles 3

States of Matter The Classification and Properties of Matter Depend Upon Microscopic Structure ØParticle

States of Matter The Classification and Properties of Matter Depend Upon Microscopic Structure ØParticle arrangement ØParticle energy ØParticle to particle distance 4

States of Matter Solids §Particles tightly packed; vibrating about a fixed position. §definite shape

States of Matter Solids §Particles tightly packed; vibrating about a fixed position. §definite shape and a definite volume. 5

States of Matter Solids Particle Movement Examples 6

States of Matter Solids Particle Movement Examples 6

States of Matter Liquids §Particles: tightly packed, but are far enough apart to slide

States of Matter Liquids §Particles: tightly packed, but are far enough apart to slide over one another § indefinite shape but a definite volume 7

States of Matter Liquids Particle Movement Examples 8

States of Matter Liquids Particle Movement Examples 8

States of Matter Gases §particles are very far apart and move freely. § have

States of Matter Gases §particles are very far apart and move freely. § have an indefinite shape and an indefinite volume. 9

States of Matter Gases Particle Movement Examples 10

States of Matter Gases Particle Movement Examples 10

States of Matter Plasma § plasma is an ionized gas plasma is a very

States of Matter Plasma § plasma is an ionized gas plasma is a very good conductor of electricity § §indefinite shape and an indefinite volume (like gases) 11

States of Matter Plasma Particles. 12

States of Matter Plasma Particles. 12

Changing States u Heat u As = Energy. . we increase the amount of

Changing States u Heat u As = Energy. . we increase the amount of heat, we increase the speed of the particles this changes the state of matter.

Additional States u Bose-Einstein u Condensate Fermionic Condensate Scientists create – atomic level (refrigerate

Additional States u Bose-Einstein u Condensate Fermionic Condensate Scientists create – atomic level (refrigerate particles – bosons – to very low temperature; wave of a speck of matter) Chumbler - Properties of Matter 14