Science Test

Front 1

MSDS
section 1

Back 1

chemical product and company identification

Front 2

MSDS
Section 2

Back 2

composition infor on ingredients

Front 3

MSDS
Section 3

Back 3

Hazards Identification

Front 4

MSDS
Section 4

Back 4

First Aid Measures

Front 5

MSDS
Section 5

Back 5

Fire Fighting Measures

Front 6

MSDS
Section 6

Back 6

Accidental Release Measures

Front 7

MSDS
Section 7

Back 7

Handling and Storage

Front 8

MSDS
Section 8

Back 8

Exposure controls, personal protection

Front 9

MSDS
Section 9

Back 9

Physical and Chemical Properties

Front 10

MSDS
Section 10

Back 10

stability and reactivity

Front 11

MSDS
Section 11

Back 11

Toxicological Information

Front 12

MSDS
Section 12

Back 12

Ecological information

Front 13

MSDS
Section 13

Back 13

disposal considerations

Front 14

MSDS
Section 14

Back 14

Transport Information

Front 15

MSDS
Section 15

Back 15

Regulatory Information

Front 16

MSDS
Section 16

Back 16

other information

Front 17

Lab Safety Rules
#1

Back 17

always wear saftey googles and gloves

Front 18

Lab Safety Rules
#4

Back 18

tie back long hair

Front 19

Lab Safety Rules
#5

Back 19

take off anything dangly

Front 20

Lab Safety Rules
#7

Back 20

read all directions several times

Front 21

Lab Safety Rules
#8

Back 21

never perform that are not authorized

Front 22

Lab Safety Rules
#10

Back 22

take extreme care not to spill materials

Front 23

Lab Safety Rules
#11

Back 23

never eat or drink during lab

Front 24

Lab Safety Rules
#12

Back 24

no horseplay

Front 25

Lab Safety Rules
#17

Back 25

report all acciedents to teacher immediately

Front 26

velocity=

Back 26

frequency x wavelength

Front 27

frequency=

Back 27

velocity/wavelength

Front 28

wavelength=

Back 28

velocity/frequency

Front 29

period=

Back 29

1/frequency

Front 30

frequency=

Back 30

1/period

Front 31

1=

Back 31

frequency x period

Front 32

waves

Back 32

disturbances that move energy from place to place-DO NOT CARRY MATTER

Front 33

mechanical waves

Back 33

need a medium; sound; longitudial-back and fourth; form of motion

Front 34

sound

Back 34

push in and out in all directions
longitudinal
require air(medium)

Front 35

compression

Back 35

compact area

Front 36

rarefactions

Back 36

spread out area

Front 37

electromagnetic

Back 37

can travel through medium;radio waves; microwaves; all transverse

Front 38

radio waves

Back 38

travel from satalites in space to recievers on earth

Front 39

ocean waves

Back 39

transverse

Front 40

transverse waves

Back 40

the particular displacement is perpendicular to the direction of the wave propagation;mechanical

Front 41

trough

Back 41

bottom

Front 42

crest

Back 42

top

Front 43

gammarays

Back 43

most entergetic

Front 44

photons

Back 44

massless particle that behaves like a wave and moves at the speed of light; have specific amount of energy

Front 45

amlitude

Back 45

size of wave;loudness of sound; brightness of light; distance from the rest-crest

Front 46

wavelength

Back 46

distance from one part of a wave to another

Front 47

period

Back 47

time for one osilation

Front 48

hertz

Back 48

wave/sec.

Front 49

upside down y =

Back 49

wavelength

Front 50

atomic number

Back 50

number of protons

Front 51

number of protons

Back 51

number of electrons in neutral atom

Front 52

if protons dont equal electrons

Back 52

have a charged atom called ion

Front 53

gain electron

Back 53

more negative

Front 54

lost electron

Back 54

you are more positive

Front 55

protons+neutrons

Back 55

mass number

Front 56

2 atoms same # protons but different neutrons

Back 56

isotope

Front 57

average mass of all isotopes

Back 57

atomic mass

Front 58

valence electron

Back 58

electron in outer energy level

Front 59

Lab Safety Rules
#18

Back 59

learn what to do in case of specific acciedents

Front 60

Lab Safety Rules
#22

Back 60

never reach across a flame

Front 61

Lab Safety Rules
#23

Back 61

know how to light a bunsen burner

Front 62

Lab Safety Rules
#24

Back 62

point test tude away from you and others

Front 63

Lab Safety Rules
#27

Back 63

never touch, smell, or taste chemicals

Front 64

Lab Safety Rules
#31

Back 64

when diluting an acid, always pour acid into water

Front 65

Lab Safety Rules
#45

Back 65

never use broken or chipped glass

Front 66

Lab Safety Rules
#46

Back 66

never eat or drink from laboratoy glassware

Front 67

Lab Safety Rules
#54

Back 67

when discounnecting electrical equipment pull the plug, not the wire

Front 68

Lab Safety Rules
#56

Back 68

never handle electrical equipment with wet hands

Front 69

Lab Safety Rules
#57

Back 69

always clean up workstation after use

Front 70

Lab Safety Rules
#58

Back 70

wash hands after every experiment

Front 71

3 ft

Back 71

1 yard

Front 72

12 inches

Back 72

1 ft

Front 73

5280 ft

Back 73

mile

Front 74

4 quarts

Back 74

1 gallon

Front 75

16 oz

Back 75

1 pound

Front 76

2000 lbs

Back 76

1 ton

Front 77

1 in

Back 77

2.54 cm

Front 78

1 liter

Back 78

1.06 quarts

Front 79

1 lb

Back 79

454 grams

Front 80

1 kg

Back 80

2.2 lbs

Front 81

king
henry
dies
by
drinking
chocolate
milk

Back 81

kilo
hecto
deka
base
deci
centa
milli

Front 82

2 main types of waves

Back 82

electromagnetic, and mechanical

Front 83

moves from side to side

Back 83

transversal waves

Front 84

amplitude

Back 84

size of wave

Front 85

wavelength

Back 85

the distance from one point on a wave to the corresponding point on the next point

Front 86

period

Back 86

time it takes to make one oscillation

Front 87

frequency

Back 87

how many times in a second wave wiggles

Front 88

Mechanical waves

Back 88

are a form of motion in which one part of the object moves relative to another, rather than an overall motion of the object from one place to another

Front 89

can be transversal or longitudinal

Back 89

mechanical waves

Front 90

radio, light, heat radiation, microwaves, and all x-rays

Back 90

electromagnetic waves

Front 91

kilo

Back 91

1000

Front 92

hecto

Back 92

100

Front 93

deka

Back 93

10

Front 94

base

Back 94

1

Front 95

deci

Back 95

.1

Front 96

centa

Back 96

.01

Front 97

milli

Back 97

.001

Front 98

1

Back 98

mono, I

Front 99

2

Back 99

di, II

Front 100

3

Back 100

tri, III

Front 101

4

Back 101

tetra, IV

Front 102

5

Back 102

penta, V

Front 103

6

Back 103

hexa, VI

Front 104

7

Back 104

hepta, VII

Front 105

8

Back 105

octa, VIII

Front 106

9

Back 106

nona, IX

Front 107

10

Back 107

deca, X

Front 108

hill

Back 108

an area of high ground
at a hillop, everywhere around you is down

Front 109

ridge

Back 109

a line of high ground with height variations along its crest

Front 110

valley

Back 110

relatively flat line bordered on the side by higher ground

Front 111

saddle

Back 111

a dip or low point along the crest of a ridge

Front 112

depression

Back 112

low point or hole in the ground

Front 113

draw

Back 113

small valley without a flat bottom

Front 114

spur

Back 114

a usually short, continuously sloping line from each hill along the ridge

Front 115

cliff

Back 115

a vertical or near vertical slope

Front 116

when contour lines are close together

Back 116

it is steep

Front 117

concave hill

Back 117

contour lines are widely spaced on top, closely spaced on bottom

Front 118

t

Back 118

tails

Front 119

a

Back 119

axes

Front 120

i

Back 120

increment

Front 121

l

Back 121

lables

Front 122

s

Back 122

size

Front 123

y=

Back 123

dependent

Front 124

x=

Back 124

independent

Front 125

d

Back 125

dependent

Front 126

r

Back 126

responding

Front 127

y

Back 127

y axis

Front 128

m

Back 128

manipulative

Front 129

i

Back 129

independent

Front 130

x

Back 130

x axis

Front 131

standard deviation

Back 131

a measure of how much your data varies from the other

Front 132

mechanical wave

Back 132

form of motion

Front 133

endothermic

Back 133

cold

Front 134

exothermic

Back 134

hot

Front 135

Bonding

Back 135

next card
just a cover

Front 136

transfer ionic

Back 136

metal+nonmetal

Front 137

showing covalent

Back 137

2 nonmetals

Front 138

heat

Back 138

the internal kinetic energy of the atoms and molecules that makes up a substance

Front 139

since it is a measure of energy

Back 139

it is measured in joules

Front 140

joules

Back 140

1 newton meter, i kg m/s squared

Front 141

temperature

Back 141

average speed or kinetic energy of the atoms and molecules that make up a substance

Front 142

heat will not flow between two substances of the same temperature

Back 142

celcius, kelvin, farinheit

Front 143

absolute zero

Back 143

the lowest temperature possible

Front 144

also signified at the temp at which

Back 144

empty space is completley of all motion and or energy

Front 145

specific heat

Back 145

amount of energy required to raise the kilogram of a substance by 1 degree kelvin

Front 146

low specific heat

Back 146

low input energy

Front 147

high specific heat

Back 147

high input energy

Front 148

substances with different specific heat

Back 148

require different amounts of energy

Front 149

Q=(C)(M)(change in t)

Back 149

specific heat formula

Front 150

c=

Back 150

specific heat

Front 151

m

Back 151

mass of substance in grams

Front 152

change in temperature

Back 152

change in temp. the the substance

Front 153

3 ways to transfer heat

Back 153

convention
convection
radiation

Front 154

conduction

Back 154

the flow of heat via collisions between atoms and molecules in a substance

Front 155

convection

Back 155

movement of heat by the mass movement of a fluid (such as water and air)

Front 156

radiation

Back 156

energy transfer via electromagnetic waves;
shortwave radiation vs. longwave radiation
sun vs. earth

Front 157

sun

Back 157

short

Front 158

earth

Back 158

long

Front 159

hotter the object

Back 159

shorter the wavelength

Front 160

conservation of heat

Back 160

cover card

Front 161

atoms

Back 161

movements in 3 ways
tanslate
rotate
vibrate