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Solids Liquids Gases Plasma Melting Boiling Freezing Heat of fusion Specific heat ...

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Page 1: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.
Page 2: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

BASIC PHYSICAL CHEM BLINGO #1

Solids Liquids Gases Plasma Melting Boiling Freezing Heat of fusion Specific heat Temperature Heat Heating curve Heat of vaporization

Joule Thermal energy Convection Conduction Radiation Kinetic energy Proton Electron Neutron Periodic table Groups Periods

Page 3: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

Q1

What are the three states of matter and describe their shape

Page 4: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

A1

Solid=unchanging shape and volume Liquid=changing shape but not

volume Gas=changes shape and volume

Page 5: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

Q2

What is Plasma?

Page 6: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

A2

This state of matter occurs when gas is super heated and the electrons break away from the atom, this creates a glowing substance.

Page 7: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

Q3

Describe the four ways a substance can change phases

Page 8: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

A3

Melting: Solid-Liquid Boiling: Liquid Gas Freezing: Liquid Solid Condensation: Gas liquid

Page 9: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

Q4

What is the difference between heat and temperature?

Page 10: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

A4 Heat= the total amount of

energy in the particles of a substance… if all moving particles are added together: iceberg= lots of heat

Temperature= the average movement if all moving particles are averaged…. Iceberg= low temperature

Page 11: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

Q5

What is specific heat capacity?

Page 12: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

Q

Compare and Contrast the three types of heat transfer

Page 13: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

A

Radiation: Movement of heat through empty space

Convection: Rise and Fall of fluids Conduction: Movement of heat through

solids like metal.

Page 14: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

A5

The total amount of heat energy a substance can absorb before its particles begin to speed up, or its temperature increases.

Specific Heat Animation

Page 15: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

Q6

Draw the heating curve and point out the:

Heat of vaporization Heat of Fusion Solid, Liquid, gas phases

Page 16: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

Heating Curve

Page 17: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

Q7

List and describe the parts of an atom:

Page 18: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

A7

Proton: positively charged found in nucleus

Neutron: no charge, found in nucleus Electrons: negatively charged, found

outside of nucleus

Page 19: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

Q8

Describe the periodic table

Page 20: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

A8

Atomic Number: The number of protons in an element

Atomic Mass: # of neutrons + protons in an element

Groups: The columns on the periodic table, number of outer electrons

Periods: Rows of the periodic table… Size increases as you move down the periods

Page 21: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

WHAT IS AIR PRESSURE?

pressure caused by the force exerted by Earth's atmosphere

Page 22: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

WHERE ARE ALKALINE EARTH METALS FOUND?

Group 2

Beryllium Calcium Strontium

Page 23: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

WHAT ARE SOME PROPERTIES OF METALS

Good conductor Malleable Ductile

Page 24: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

WHICH TYPE OF ELEMENT HAS PROPERTIES OF METALS AND NONMETALS

metalloids

Page 25: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

WHERE ARE THE NOBLE GASES LOCATED?

Group 8 on the far right of the periodic table.

Page 26: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

WHAT IS THE EQUATION TO CALCULATE PRESSURE

Pressure= Force /Area

Page 27: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

WHAT IS BOYLE’S LAW

Volume is decreased as temperature stays the same, the pressure of that gas will increase

Page 28: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

WHAT IS CHARLES LAW?

The volume of a gas increases when temperature increases as long as pressure stays constant

Page 29: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

WHAT IS A CONDUCTOR AND LIST SOME GOOD ONES

A conductor of electricity is any substance that allows electrons to pass through it.

All metals are good conductors

Page 30: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

HOW DO ELECTRONS MOVE IN CIRCUIT From negative to positive

Page 31: Solids  Liquids  Gases  Plasma  Melting  Boiling  Freezing  Heat of fusion  Specific heat  Temperature  Heat  Heating curve  Heat of vaporization.

DESCRIBE OHMS LAW

• Voltage= difference in build up of charge between two points( measured in volts)

• Amps= The measure of the flow of electrons in a substance (amps)

• Resistance= the measure of how difficult it is for electrons to pass through a conductor(ohms)

• V= Current x Resistance


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