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DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

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DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94. An observable property of matter that can be determined without changing the substance. Ex: color, density, luster, odor, BP, MP. HOW IS A PHYSICAL CHANGE DIFFERENT FROM A CHEMICAL CHANGE? P. 94. - PowerPoint PPT Presentation

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Page 1: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES

P. 94

Page 2: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

An observable property of matter that can be determined without

changing the substance.

Ex: color, density, luster, odor, BP, MP

Page 3: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

HOW IS A PHYSICAL CHANGE DIFFERENT FROM A

CHEMICAL CHANGE?

P. 94

Page 4: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

In a physical change, the substance remains chemically

identical. In a chemical change, a new substance is formed.

Page 5: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

DEFINE CHEMICAL PROPERTIES.

P. 94

Page 6: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Properties that require a change in the chemical

makeup to observe.Ex: flammability

Page 7: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

__________ __________, A RUSSIAN CHEMIST

PUBLISHED THE FIRST PERIODIC TABLE IN 1869.

P. 100

Page 8: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Dimitry Mendeleev

Page 9: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

DEFINE PHYSICAL CHANGES AND LIST AT

LEAST 3 EXAMPLES.

P. 94

Page 10: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A change results in the same substance in the end.

Ex: ripping paper, changing states of matter

Page 11: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

IN THE MODERN PERIODIC TABLE, ELEMENTS ARE PLACED IN SEQUENCE

ACCORDING TO ______________________.

P. 102

Page 12: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Increasing atomic number

Page 13: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

DEFINE CHEMICAL CHANGES AND LIST AT LEAST 3 EXAMPLES.

P. 94

Page 14: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Changes that result in the formation of a new substance with

different propertiesex: burning a piece of paper, frying an egg, food spoiling

Page 15: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

DEFINE PERIODS

P. 103

Page 16: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

The horizontal rows in the periodic table.

Properties are NOT similar in periods.

Page 17: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

DEFINE A GROUP (FAMILY) OF ELEMENTS.

P. 105

Page 19: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

IDENTIFY THE ATOMIC NUMBER AND THE AVERAGE

ATOMIC MASS OF THE ELEMENT BELOW

P. 104

7

N14.01

Page 20: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Atomic # is 7Atomic Mass is 14.01

Page 21: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

STUDY YOUR PERIODIC TABLE – KNOW THE LOCATION OF THE

METALS, NON METAL AND METALLOIDS

-KNOW THE CHARGES ON THE ELEMENTS IN GROUPS 1A, 2A,

3A, 4A, 5A, 6A, 7A, 8A

(NOTES)

Page 22: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

+1 +2 +3 +/-4 -3 -2 -1 0

Page 23: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

STUDY YOUR ELEMENT FLASH CARDS FROM 1ST

QUARTER OR THE CHART ON P. 97 IN YOUR BOOK

Page 24: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94
Page 25: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

DESCRIBE THE PROPERTIES OF A

METAL

(NOTES)

Page 27: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What are the rules for correctly writing a chemical

symbol.

Page 28: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

All have capital letters, some have a capital and a lowercase

letter

Page 29: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Describe the properties of a non metal.

Page 30: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

•Poor thermal conductors •Poor electrical conductors

•Brittle solids •Little or no metallic luster

•Gain electrons easily •Most are gases at room temperature

•Vary in color

Page 31: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Using your periodic table, predict the formula for the compound formed from

a. C and F d. Al and S

b. Ca and Br e. Fe+2 and O

c. K and CL f. Fe+3 and O

Page 32: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

CF4

CaBr2

KCl

Al2S3

FeOFe2O3

Page 33: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Describe the properties of a metalloid.

Page 34: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

They have some properties of metals, some properties of

nonmetals

Page 35: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is the name of a compound formed when

A. Fe+2 combines with OB. Fe+3 combines with O

P 35

Page 36: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Iron(II)Oxide

Iron(III)Oxide

Page 37: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Cation Anion Formula

Mg+2 OH –

NH+4 NO 3 -

Ca+2 PO4 -3

Page 38: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Cation Anion Formula

Mg+2 OH – Mg(OH)2

NH4+1 NO3 1 - NH4NO3

Ca+2 PO4 -3 Ca3(PO4)2

Page 39: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

How does a balanced equation reflect the Law of Conservation of

Matter?

Page 40: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

The number of individual atoms of elements on the reactant side must equal the number of atoms in the

product side

Matter can’t be created or destroyed

Page 41: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Name the seven diatomic elements and correctly write their

symbols.

Page 42: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

H2, N2, O2, F2, Cl2, Br2, I2

Page 43: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

2 H2O ___________

^ ____________label the subscript and the coefficient.

Page 44: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

2 H2O Subscript

Coefficient

Page 45: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

CH4 + 2O2 ---> CO2 + 2H2O

In the above equation, the reactants are found on the _________ side while the products are found on the _________ side of the equation.

Page 46: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

In the above equation, the reactants are found on the

LEFT side while the products are found on the RIGHT side of

the equation.

Page 47: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

In Chemistry, a _______ is defined as a unit for counting

atoms and molecules.

P 135

Page 48: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

MOLE

Page 49: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Complete an atom inventory for the Equation below and use it to

balance the equation. ___ C3H8+ ___O2 ---> ____CO2 + __H2O

Page 50: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

__ C3H8+ 5 O2 ---> 3 CO2 + 4 H2O3 C 38 H 8

10 O 6+4=10

Page 51: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

There are _____ x _____ particles in one mole of any

substance (Avogadro’s number.)

P 135

Page 52: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

There are 6.02x 1023 particles in one mole of any substance

Page 53: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Find the molar mass of : A. N2

B. C2 H22 O11

C. CuFeS2

Page 54: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

N2 =14 x2= 28.0g/mole

C12H22O11=144 + 22+ 176=342g/mole

CuFeS2 =63.5+55.8+64.2= 183.5g/molr

Page 55: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Define renewable resources

P 145

Page 56: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Resources that are replenished readily by natural processes

ex: trees, animals, cotton

Page 57: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Determine the % composition of Cu in CuFeS2.

P. 140

Page 58: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

63.55/183.54 x100%=34.62% Cu

Page 59: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Define nonrenewable resources.

P 145

Page 60: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Resources that are not easily replenished by nature, or take a long

time to replenishex: crude oil, natural gas, precious

metals

Page 61: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Describe the composition of a U.S. penny

A. Pre- 1982B. Post- 1982

*Review your shrinking it rich labP 96

Page 62: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Pre-1982=all CopperPost-1982= mainly Zinc with a

Copper coating

Page 63: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Define recycling

P 146

Page 64: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

changing a product’s form to make a new product

ex: Al cans, glass

Page 65: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Bldg Skills # 5 p.121Answer questions 1 a, b, c and 2

a, b, c,

Page 66: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94
Page 67: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Define reusing

P 145

Page 68: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Using a product for the same use or another use before it is

discardedex: coffee can as a pencil cup,

2L bottle bird feeder

Page 69: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Define reducing P 145

Page 70: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Cutting down on the amount of material used

ex: reducing thickness of Al cans and car doors, double

sided dittos

Page 71: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A liquid is a state of matter that has definite ________ but no

______________________. It will take and

__________________________.

Page 72: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A liquid is a state of matter that has definite volume but no

definite shape. It will take on the shape of its container

Page 73: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is a polyatomic ion ?P.33

Page 74: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A ion (charged) made up of many atoms

Page 75: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Define atomName the particles that make up an atom and their location in the

atom.P 32

Page 76: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

An atom is the smallest unit of an element that maintains that element’s properties

Proton=+1 charge, in the nucleusNeutron= 0charge, in the nucleusElectron=-1 charge, in the electron cloud around the nucleus

Page 77: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Describe a suspensionP 25

Page 78: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A heterogeneous mixture containing large particles that

settle to the bottom of a container.

Ex: Italian dressing

Page 79: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

How is an ion different from an atom? P 32

Page 80: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

An atom contains equal numbers of protons and electrons.

(no overall charge)

An ion has lost or gained electrons to become electrically charged.

(+ or -)

Page 81: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Describe a colloidP 25

Page 82: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A heterogeneous mixture that has small particles that don’t settle out

of the mixture.

It shows the Tyndall effectex: milk

Page 83: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is a cation? P 33

Page 84: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A positively charged ion resulting from a LOSS of

electrons

Page 85: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Describe a solutionP 25

Page 86: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A homogeneous mixture that is uniform throughout, and appears as if it were one

substance. Ex: salt-water, cool-aid

Page 87: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is an anion? Pg 33

Page 88: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A negatively charged ion that results from a GAIN of electrons

Page 89: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is the Tyndall effect and through which type of mixture can you

observe it?

Pg. 25

Page 90: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Tyndall effect is the scattering of light by the particles in a mixture.

It determines a colloid

Page 91: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

In a solution, the __________ is the

dissolving agent, and the __________ is the

dissolved substance.

Pg. 45

Page 92: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

In a solution, the solvent is the dissolving agent,

and the solute is the dissolved substance.

Page 93: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Describe a polar molecule.

Pg. 51

Page 94: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A polar molecule has an uneven distribution of electrons that gives the molecule + and –

charged regions

Page 95: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Practice making metric conversions. *Remember*

King Henry Died Monday Drinking Chocolate Milk.

Page 96: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94
Page 97: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Water is a polar substance/solvent. This

means that water will dissolve _______.

Pg. 59

Page 98: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Other polar or ionic substances

Page 99: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Substances that do not dissolve in a polar solvent might be considered to be

_________. This means that they will dissolve in a __________ solvent.

Pg. 59

Page 100: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Substances that do not dissolve in a polar solvent might be

considered to be NONPOLAR This means that they will dissolve in a NONPOLAR

solvent.

Page 101: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Two examples of polar substances that will dissolve

in water are ___________ and _____________.

Pg. 59

Page 102: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Rubbing alcohol and sugar

Page 103: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Two examples of non-polar substances are

____________ and gasoline.

Page 104: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Oil, kerosene, diesel

Page 105: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Likes dissolve __________.

Pg. 59

Page 106: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Like dissolves like

Page 107: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is the difference between direct and indirect

water use?

Page 108: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Direct is seen water use.Ex: drinking water, bottles water,

washing your dishes

Indirect is unseen (behind the scenes) water use.

Ex: water to grow plants, water to cool machines in the creation of an

egg carton

Page 109: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

How is the worlds water supply distributed around the

planet?

Pg. 16

Page 110: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

OceansGlaciersGroundwaterLakesAtmosphereRivers

Page 111: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Nature’s water purification system is called the ________

__________.

Pg. 70

Page 112: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Hydrologic cycle or water cycle

Page 113: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Describe the hydrologic cycle.

Pg. 71

Page 114: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Four steps that repeat:Evaporation

CondensationPrecipitation

Runoff (Bacterial action and f)iltration

Page 115: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Review the pH scale on pg. 57

Page 116: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

pH 1-7 =acidicpH 7= neutral

pH 7-14= basic

Page 117: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Explain the steps of the water treatment process.

Pg. 72-73

Page 118: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Screening-filtering

Pre-chlorination-kill bacteria

Flocculation-binds to particles

Settling-allow particles to settle out

Sand filtration-fine filtration

Post chlorination-prevent new bacteria

Page 119: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What are THM’s and the problem associated with

them?

Pg. 74

Page 120: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

TrihalomethanesFormed by excessive chlorine

usage when they react with organic carbons

They cause cancer

Page 121: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Describe hard water.

Pg. 76

Page 122: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Water that contains Calcium, Iron, and Magnesium

Page 123: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is gray water?

Page 124: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94
Page 125: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is the formula for determining Density?

Page 126: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

D= mass/volume

Page 127: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

The density of H20 as a liquid is ________ and as a solid is

_________.

Page 128: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

The density of H20 as a liquid is 1.00g/ml and as a solid is less

dense than its liquid

Page 129: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Practice reading a solubility curve.

Page 130: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94
Page 131: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Air is a mixture of gases. Name the major and minor

components of air and the % of these molecules present.

Page 132: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Air is a SOLUTION

N2 =78%O2 = 21%

Ar = less than 1% CO2 =less than 1%

Page 133: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Name the 4 layers of the atmosphere from the ground

up.

Page 134: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94
Page 135: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What are the properties of a gas?

Page 136: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Air has massAir has volume

Air exerts pressure in all directions

Air pressure goes from high to low

Page 137: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Define pressure and show the formula used to determine

pressure.

Page 138: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Pressure is force per unit of area

P= F/A

Page 139: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is a force?

What is SI unit for measuring force?

Page 140: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Force is a Push or Pull

Newtons

Page 141: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What values represent standard pressure?

Page 142: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

760mmHg, 14.7 psi, 1.0atm…

Page 143: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Explain the Kinetic Theory of Matter.

Page 144: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

The motion of a gas is fast and random

The motion of molecules and the spacing between molecules determines the state of matter

Page 145: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Define temperature.

Page 146: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Temp is a measure of molecular motion, when measured in

Kelvin

Page 147: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What values represent (standard) temperature?

Page 148: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

0 Celsius or 273 Kelvin

Page 149: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is the SI unit for temperature?

Page 150: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

273 Kelvin

Page 151: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

According to Boyles Law, what is the relationship

between pressure and volume at a constant temperature?

Page 152: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Pressure and volume are INVERSELY related

Page 153: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

How is Boyles Law stated mathematically?

Page 154: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

P1V1 = P2V2

Page 155: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

According to Charles Law, what is the relationship between volume and

temperature at a constant pressure?

Page 156: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Volume and temperature are DIRECTLY related

Page 157: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

How is Charles Law stated mathematically?

Page 158: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

P1/V1 = P2/V2

Page 159: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

How is energy from the Sun transmitted to the Earth?

Page 160: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

As Electromagnetic Radiation (EM)

Page 161: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Define photons.

Page 162: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Bundles of light energy

Page 163: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

What is a wavelength?

Page 164: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Distance between repeating parts of a wave

Page 165: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Describe electromagnetic spectrum.

Page 166: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

A range of waves that carry varying amounts of energy from

the sun.

Page 167: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Review the order of the electromagnetic spectrum

from highest energy to lowest energy.

Page 168: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

GammaX-Ray

UVVisible

IRMicrowave

Radio

Page 169: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

Define frequency

Page 170: DEFINE PHYSICAL PROPERTIES AND LIST AT LEAST 3 EXAMPLES P. 94

The number of waves that pass a certain point in a second

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Name the four layers of the atmosphere.

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Define greenhouse effect.

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The trapping of IR radiation by the planet, allowing it to be re-

radiated after the sun goes down

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The increases in the % of CO2 in the Earth’s atmosphere is due to what (two) factors?

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DeforestationIndustrialization

Burning of fossil fuelsProduction of concrete

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Acid rain is defined as _____________________.

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Rain with a pH of below 7.

Produced through the combination of SOx with rain to

make sulfuric acid

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Acid rain is caused by sulfur oxides (SO2) and nitrogen oxides (NOx). What is the

greatest producer ofA. SO2

B. NOx

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Industry is the major cause of each

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Earth has an ultraviolet shield high in the stratosphere. It is

called the ________ layer which consists of gaseous

____________ (O3).

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Earth has an ultraviolet shield high in the stratosphere. It is

called the OZONE layer which consists of gaseous OZONE

(O3).