# data[].attributes.body
a. measure volume, milliliters
b. cm3
c. groups, categories
d. collected, measurements
e. states of matter, solids, gases, gases, liquids
f. g/ml, g/cc
g. space, number
h. Characteristics
I. density
j. general, solids, liquids, gases
k. one
l. less

# data[].attributes.body
A) Mass, Milliliters
B) Cubic Centimeter
C) Groups, Categories
D) Measurements, Numeric
E) Grams, mL, ratio
F) g, mL, g, cc
G) space, size
H) characteristic properties
I) Density
J) the world, solids, liquids, liquids, gases
K) 1, 1
L) less

# data[].attributes.body
a)measure volume, mL
b)cubic centimeter
c)groups, categories, intervals
d)measurements, metric
e)mass, volume, ratio
f)g/mL, g/cm3
g)space, size
h)characteristic
i)conductivity
j)general, solids, liquids, gases
k)1, 1
l)less

# data[].attributes.body
a)measure volume, mL
b)cubic centimeter
c)groups, categories, intervals
d)measurements, metric
e)mass, volume, ratio
f)g/mL, g/cm3
g)space, size
h)characteristic
i)conductivity
j)general, solids, liquids, gases
k)1, 1
l)less

# data[].attributes.body
a) measure, mL
b) gram
c)

# data[].attributes.body
a) Measure, mL
b)Centimeter cubed
c)Groups, categories, intervals
d)Collected,
e)mass, volume, ratio
f)g/ml, g/cc
g)space, mass
h)characteristic
i)density
j)general, solids, liquids, liquids, gasses
k)1, 1
l)less

# data[].attributes.body
a. measure volume, milliliters
b. cm3
c. groups, categories
d. collected, measurements
e. mass, volume, ratio
f.  g/ml, g/cc
g. space, number
h. characteristic
i. density
j. general, solids, liquids, gasses
k. one, one
l. less

# data[].attributes.body
a. measure volume, mL
b. cubic centimeters
c. groups, categories, intervals
d. measurements, metric
e. mass, volume, ratios
f. g/mL, g/cm3
g. space, mass
h. characteristic
i. density
j. solids, liquids, gasses
k.1/1
l. Less

# data[].attributes.body
a.Measure volume; mL
b. cubic centimeters
c. groups, categories, options
d.

# data[].attributes.body
A) Measure, mL
B) cm3
C) Groups, categories
D) Continuous, numbers
E) Mass, volume, ratio
F) g/cm3 or g/mL
G) Spacing, mass
H) Characteristic
I) Density
J) General, solids, liquids, liquids, gases
K) 1 g/Ml
L) Less dense

# data[].attributes.body
a. volume, ml
b. cm3
c. groups, categories, values
d. no idea
e. mass, volume, ratio
f. g/ml, g/cc
g. spacing, mass
h. characteristic
i. density
j. general, solids, liquids, liquids, gases
k. 1 g/mL or 1 g/cc
l.less

# data[].attributes.body
A)Measure, mL
B)cm3
C)Groups, categories
D)
E)
F)

# data[].attributes.body
A. Measure the volume in ml
B. cm cubed
C. groups, categories, options
D. measurements, metric
E. grams, ml, ratio
F. g/ml or g/cc
G. distance, size
H. characteristic
I. Density
J. general, solids, liquids, gass

# data[].attributes.body
1. volume
2. cc
3. groups
4. measurment
5. mass per unit/ volume/ ratio
6.  gcm3/gml
7. spacing mass
8. characteristic
9. density
10. general solids  liquids
11. 1 gram per ml
12. less dense

# data[].attributes.body
A. the volume in ml
B.cm cubed
C. groups, categories, options
D. measurements, metric
E. grams, ml, ratio
F. g/ml or g/cc
G. distance, size
H. characteristic
I. Density
J. general, solids, liquids, gass

# data[].attributes.body
a. Volume and mL
b. Cc
c. Groups, categories, and values
d. Continuous numbers and measurement
e. Mass, volume, and ratio
f. g/cc and g/mL
g. Spacing and mass
h. Characteristic
i. Density
j. General, solids, liquids, gases
k. One
l. Less

# data[].attributes.body
a. A graduated cylinder is used to _______volume in ____ml to 1 decimal place..
b. One milliliter is equal to one _____cm3 or (cc).
c. Qualitative data belong to different ____groups_______ or catagories and have no in-between __values
d. Quantitative data are ___continuous numbers____ based on standard ____measurement scales (TBB, GC, rulers, thermometers, etc.)
e. Density is defined as the ___mass__ per unit ___volume__of a substance, is calculated using the formula: D=m/v, and is a ____ratio______ of the two measuements .
f. Density units are (_g___/__cm3___) or (__g___/___ml___).
g. The density depends on the ____spacing______ between the particles and the ___mass____ of the particles themselves.
h. A ____characteristic_____ property is one that does not depend on the size of the sample and can be used to identify a substance (along with other properties). It is very specific and can sometimes be used alone to identify a substance.
i. ___Density_________ is an example of a characteristic property.
j. In ___general_________, _____solids_____ are denser than ___liquids_______ and ____liquids_____ are denser than ____gases________.
k. The density of pure water is ____1____ g/mL or ___1____ g/cm3.
l. A substance that is not soluble in water will float in water if its density is____less____ than 1 g/cm3.

# data[].attributes.body
H. characteristic
I. Density
J. general, solids liquids liquids gases
K. 1, 1
L. less

# data[].attributes.body
a: volume, ml
b:cubic centimeter
c: groups, categories, intervals
d: intervals, measurements
e: mass, volume, ratio
f: g/ml, g/cc
g: space, mass
h: characteristics
i:Density
j: general, solids, liquids, liquids, gases
k: 1/1, 1/1
l: less

# data[].attributes.body
a. Measure volume, milliliters.
b. Centimeter Cubed
c. Categories, Groups, measurements
d. Measured, unit
e.  Mass, volume, ratio
f. g/cm3,  ?
g. Ratio, space, volume
h. Characteristic
i. Density
j. general, solids, liquids, liquids, gasses
k. 1,1
l. less

# data[].attributes.body
L. Less

# data[].attributes.body
L.

# data[].attributes.body
A- measure volume in mL

B-  centimeter cubed

C- groups, categories, measurements

D- measurements, metric

E- mass, volume, ratio

F- g/mL, g/Cc

G- space, number

H- Characteristic

J-
K- 1/1
I- less

# data[].attributes.body
1. A graduated cylinder is used to measure the volume in mL to 1 decimal place.

2. One mL is equal to one cm^3 .

3. Qualitative data belong to different categories or groups and have no in-between intervals.

4. Quantitative data are informational and based on standard measurement scales (TBB, GC, rulers, thermometers, etc.)

5. Density is defined as the grams per unit mL of a substance, is calculated using the formula: D=m/v, and is a ratio of the two measurements .

6. Density units are (cm^3/cc) or (grams/mL).

7. The density depends on the space/area between the particles and the amount of the particles themselves.

8. A characteristic property is one that does not depend on the size of the sample and can be used to identify a substance (along with other properties). It is very specific and can sometimes be used alone to identify a substance.

9. Density and color is an example of a characteristic property.

10. In solid form, solids are denser than liquids and liquids are denser than gas.

11. The density of pure water is 1 g/mL or 1 g/cm3. l. A substance that is not soluble in water will float in water if its density is less than 1 g/cm3.

# data[].attributes.body
A. measure volume ml
B. cubic centimeter
C. groups; categories
D. measurements; metric
E. grams; cubed; ratio
F. g/ml, g/cc
G. space, amount
H. characteristic
I. density
J. general, solids, liquids, gasses
K. 1,1
L. less

# data[].attributes.body
A. volume, mL
B. cubic centimeter
C. groups, categories, intervals
D. numbers, metric
E. mass, volume, ratio
F. g/cc, g/mL
G. space, amount
H. characteristic
I. density
J. general, solids, liquids, liquids, gasses
K. 1,1
L. less

# data[].attributes.body
A. volume mL
B.cm3
C. categories, groups, intervals
D. measurements metric
E. mass, volume ratios
F. g/ml  g/cc
G. space mass
H. characteristic
I. density
J. general solids liquids gasses
K. 1,1
L. greater

# data[].attributes.body
A. volume, ml
B. cm cubed
C. groups, categories, values
D. intervals, measurement
E. mass, volume, ratio
F. g/cm cubed, g/ml
G. spacing, mass
H. characteristic
I. density
J. general, solids, liquids, liquids, gasses
K. 1,1
L. less

# data[].attributes.body
a. measure volume, cc
b.cubic centimeters
c.groups or categories, intervals
d.measurements, measuring
e.grams, cubed, ratio
f.g/ml, g/cc
g.space, amount
h.characteristic
i.density
j.general, solids, liquids, liquids, gases
k.1, 1
l.less

# data[].attributes.body
a- volume, milliliters

b- centimeter cubed
c - groups, catagories, choices
measurement
e- grams, cubed, ratio
f- g/mL, g/cc
g- space, amount
h-characteristic property
i- Density
j- general, solids, liquids, liquids, gases
k- 1 g/mL or 1 g/cm3.
l- lower

# data[].attributes.body
A. volume,ml
B. cubic cm
C. intervals categories groups
D.measure metric
E. Mas volume ratio
F. g/ml g/cc
G. space, size
H. characteristic
I. density
J. gases liquid solids
K. 1/1
L. less

# data[].attributes.body
A. Measure volume in ml
B. centimeter cubed
C. categories/groups/intervals
D. measurement/metric
E. mass/volume/ratio
F. g/ml, cc/ml
G. space/ mass
H. characteristic
I.density
J. general/solid/liquid/gas
k. 1/1
L. less

# data[].attributes.body
A-volume,ml
B-cm3
C-categories, groups, intervals
D-measurements,metric
E-mass, volume, ratios
F-g/ml or g/cm3
G-space,mass
H-characteristic,
I-density
J-general ,solids, liquids, gases
K-1,1
I- Greater

# data[].attributes.body
A.)Measure Volume; mL
B.)Cubic Centimeter
C.)Groups; Categories
D.)Groups/Options
E.)Mass/Volume, Ratio
F.)mL³/cm³  or  g³/cm³
G.)space, size
H.)Characteristic property
I.)Density
J.)General,solids,liquids,liquids,gases
K.)1, 1
L.)Less

# data[].attributes.body
Volume, ml, Cubic centimeters, groups, categories, intervals, measured, standard, mass, volume, ratio, g/ml, g/cc, space, size, characteristic, density, general, solids, liquids, liquids, gasses, 1,1, less.

# data[].attributes.body
a.volume in ml
b. centimeter cubed
c. groups,choices,choices
d. measurements, metric
e. grams ,ml ,ratio
f.g,cm3,g,ml
g. space, number
h.characteristic
i.density
j. general,solid,liquid,liquids,gases
k.1,1
I.less

# data[].attributes.body
A. Volume, ml
B. Cubic centimeter
C. Intervals, categories, groups
D. Measured, metric
E. Mass, volume, ratio
F. g/ml, g/cc
G. Space, size
H. Characteristic
I. Density
J. General, solids, liquid, liquids, gases
K. 1/1
L. Less

# data[].attributes.body
measure volume, ml
cubic centimeter
groups, categories, values
numbers, measuring
g/cc  g/ml
spacing, mass
characteristic
density
general, solids, liquids, liquids,gases
1,1
less

# data[].attributes.body
A. Volume, mL
B. Centimeters squared
C. Categories, Groups, intervals
D. Measured, interval
E. Mass, Volume, ratio
F. g/mL, g/cc
G. Space, Size
H. Characteristic
I. Density
J. General, solids, liquids, liquids, gases
K. 1, 1
L. Less

# data[].attributes.body
a. Measure volume in mL.
b.cm cubed
c.groups or Categories and have no in between numbers.
d.numbers, measuring.
e. particles grams/mL, ratio.
f.g/ml, g/cm cubed.
g. space, size.
h. Characteristic
i. Density
j. General, solids, liquids, gases,
k. 1 g/mL, or 1 g/cm3
L. Less than

# data[].attributes.body
i:  Density
j:  General, solids, liquids, liquids, gases
k: 1
l: Less

# data[].attributes.body
a= measure volume, Cm3
b=cubic centimeter
c= groups or categories,option
d= number, metric
e= mass, volume, ratio
f= g/ml g/cm3
g=volume, mass
h=characteristic
i= density
j=science. solids,liquids liquids,gases
k=1,1
l=less

# data[].attributes.body
A.  measure volume in ml
B. cubic centimeter
C. categories or groups . values
D. numbers. measurements
E.  mass. volume.ratio
F. g/cm3. g/ml
G. spacing. mass
H.  characteristic
I. density
J. general. solids. liquids. liquids. gases
k. 1.1
L. less

# data[].attributes.body
a. measure volume,ml
b. cubic centimeter
c. groups, categories, intervals
d. measured, number
e. mass, volume
f.g/ml or g/cm3
g. space, size
h.characteristic
I.density
j.general, solids, liquid, liquids, gases
k.1,1
l.less

# data[].attributes.body
A) measure volume; mL
B) cubic centimeter
C) groups; categories; options
D) numerical data points; measurement
E) mass; cubed; ratio
F) g/mL; g/cc
G) space; amount
H) characteristic
I) density
J) general; solids, liquids; liquids; gases
K) 1;1
L) less than

# data[].attributes.body
a. A graduated cylinder is used to ___measure volume____________________ in _____ml or cm^3____ to 1 decimal place..
b. One milliliter is equal to one ____cm^3___________________ or (cc).
c. Qualitative data belong to different___categories________ or ____groups____________ and have no in-between _values___________.
d. Quantitative data are ____measurements or numbers_________________ based on standard ___measurement ________________ scales (TBB, GC, rulers, thermometers, etc.)
e. Density is defined as the ___mass______ per unit ____volume______ of a substance, is calculated using the formula: D=m/v, and is a __formula________ of the two measurements .
f. Density units are (__g__/_ml____) or (_g____/__cm^3____).
g. The density depends on the ___space___________ between the particles and the ____mass________ of the particles themselves.
h. A __characteristic____________________ property is one that does not depend on the size of the sample and can be used to identify a substance (along with other properties). It is very specific and can sometimes be used alone to identify a substance.
i. _Density___________ is an example of a characteristic property.
j. In ___general_________, ___solids___________ are denser than __liquids____________ and ____liquids________ are denser than ______gas__________.
k. The density of pure water is ___1_____ g/mL or ____1___ g/cm3.
l. A substance that is not soluble in water will float in water if its density is_____less______ than 1 g/cm3.

# data[].attributes.body
j. general, solids, liquids, liquids, gases
k. 1g/ml, 1 g/cm3

JW continued

# data[].attributes.body
a) measure volume, g/cm3 or g/ml
b) centimeter
c) groups or categories, data points
d) measurements, metric
e) mass, volume, ratio
f) g/cm3, g/ml
g) space, size
h) characteristic
i) density
j) matter, solids, liquids, liquids, gas
k) 1, 1
l) less

# data[].attributes.body
A) A graduated cylinder is used to measure the volume of liquids in mL
B)One mL is equal to one cc(cm3)
C)Qualitative data belong to groups or categories and have no in-between points/values
D) Quantitative data are numerical numbers based on standard measurement scales.
E)Density is defined as the mass per unit volume of a substance is calculated using the formula: D=m/v, and is a ratio of the two measurements .
F)Density units are (g/ml)(g/cm3).
G)Th density depends on the amount of space between the particles and the mass of the particles.
H)A characteristic property is one that does not depend on the size of the sample and can be used to identify a substance.
I) Density is an example of a characteristic property.
J) In general solids are denser than liquids and liquid are denser than gases.
K) The density of pure water is 1 g/cm3 or 1 g/mL.
L) A substance  that is not soluble in water will float in water if its density is less than 1 g/cm3.

# data[].attributes.body
a. measure volume, milliliters

b. centimeter cubed
c. categories, groups, intervals
d. numerical data points, measurement
e. mass, volume, ratio
f. g/cm^3, g/mL
g. difference, number
h. Characteristic
i. Density
j. Solid form,  solids, liquids, liquids, gas
k. 1, 1
l. less.

# data[].attributes.body
a.volume,mL
b.cm3
c.groups,catogories,values
d.continuous,numbers, measurement
e.mass,per a unit, ratio
f.g/cm3, g/mL
g.spacing,mass
h. characterisic
i.density
j.general, solids,liquids,liquids,gases
k.1,1
l.less

# data[].attributes.body
A. measures volume, mL
B. cubic centimeters
C. groups, categories, values
D. often, measurement
E. mass, volume, ratio
F. g/ml, g/cc
G. spacing, mass
H. characteristic
I. Density
J. general, solids, liquids,liquids, gases
K. 1, 1
L. less

# data[].attributes.body
a. measure volume in mL
b. cubic centimeters
c. groups or categories; measurements
d. graphs; measurements
e.mass per unit cubed; ratio
f. g/mL; g/cc
g. distance; mass
h. characteristic
i. density
j. general; gases; liquids; liquids; solids.
k. 1; 1
l. greater

# data[].attributes.body
A. measure volume-mL
B. cm3
C. groups-categories-numbers\
D. numbers-measurement
E. mass-volume-ratio
F. grams- cc
G. mass- mass
H. characteristic
I. density
J. general- solids- liquids- gases
K. 1- 1
L. less

# data[].attributes.body
a volume, mL
b cubic centimeter
c categories, groups, values
d continuous numbers, measurement
e mass, volume, ratio
f g/cc, g/mL
g spacing, mass
h characteristic
i density
j general, solids, liquids, liquids, gas
k 1,1
l less

# data[].attributes.body
a. measure volume, mL
b. one cubic centimeter
c. categories, groups, values
d. continuous numbers, measures
e. mass, volume, ratio
f.g/cc or g/mL
g. spacing, mass
h.characteristic
i. density
j. general, solids, liquids, liquids, gasses
k.1,1
l.less

# data[].attributes.body
A. measure, ml
B. cubic centimeter
C. groups, categories, options
D. continuous numbers,measurement
E. mass, volume, ratio
F g/cc, g/ml
G spacing, mass
H characteristic
I density
J general, solids, liquids, liquids, gases
K 1, 1
L less

# data[].attributes.body
A- Measure volume in mL or cc
B- Cubic Centimeter
C- Groups or Categories, intervals
D- Measurements, metric
E- Mass, Volume, ratio
F- (g/mL), (g/cc)
G- Space, amount
H- Characteristic
I- Density
J- General, solids, liquids, liquids, gases
K- 1, 1
L- Less

# data[].attributes.body
A. Measure volume
B. Cubic Centimeters
C.

# data[].attributes.body
a) measure, volume
b) cubic centimeter
c) groups, categories

# data[].attributes.body
a. Measure volume in mL
b.  Cubic centimeter
c. Groups,  categories, options
d. Measurement, metric

# data[].attributes.body
A. Volume, Mililiters
B. cm^3
C. groups or categories, Options
D.

# data[].attributes.body
A. measure volume, ml
B. cm3
C. groups, categories, intervals
D.mass, volu
F.

# data[].attributes.body
A. measure volume, ml
B. 1 cm3
C. groups or catergrories, intervals
D. measurements, metric
E
F
G
H
I
J
K
L

# data[].attributes.body
A- Measure volume in mL or cc
B- Cubic Centimeter
C- Groups or Categories, intervals
D- Measurements, metric
E- Mass, Volume,

# data[].attributes.body
a. measure volume, milliliters
b. cm3
c. groups, categories
d. collected, measurements
e. mass, volume, ratio
f.  g/ml, g/cc
g. space, number
h. characteristic
i. density
j. general, solids, liquids, gasses
k. one, one
l. less

# data[].attributes.body
a) Measure, mL
b)Centimeter cubed
c)Groups, categories, intervals
d)Collected,
e)
f)

# data[].attributes.body
A. measure volume in mL
B. cubic centimeter
C. groups or categories. options
D. data points. measured
E.

# data[].attributes.body
A - measure volume; ml or cc
B - cubic centimeter
C - groups or categories; intervals
D - measurements; Metric
E - mass; volume; ratio
F - (kg/l) or (g/ml or g/cc)
G - space; amount
H - characteristic
I - Density
J - general; solids; liquids; liquids; gases
K - 1; 1
L - greater

# data[].attributes.body
A volume
B ml.
C cm3.
D groups
E categories
F options
G

# data[].attributes.body
a. measure, ml.
b. centimeter cubed
c. groups,catogories, no "in between" answers.

# data[].attributes.body
a. A graduated cylinder is used to measure volume in ml to 1 decimal places.
b. One milliliter is equal to one cm3
c. Qualitative data belong to different groups or categories and have no in- between options.
d. Quantitative data are often collected based on standard measurement scales(TBB, GC, rulers, thermometers, etc.

# data[].attributes.body
a. measure volume in ml
b. cubic centimeters
c. groups or categories
d. numerical based; measurement
e.mass per unit cubed; ratio
f. g/ml; g/cc
g. distance; mass
h. characteristic
i. density
j. general; gases; liquids; liquids; solids
k. 1; 1
l. less

# data[].attributes.body
A. Measure volume in ml
B. Cubic centimeter
C. Different groups, catagories or intervals
D. Measurements, interval
E.

# data[].attributes.body
A- measure volume
B- cm3
C-

# data[].attributes.body
(b)mililiters
(c)cubic cm
(d)intervals and categories
(e)mass volume ratio
(f)g/ml, g/cc
(g)space

# data[].attributes.body
A)  Measure volume, ml
B) Centimeters cubed
C) Groups, choices, Groups
D) Numbers, Numbers
E) grams, cm 3 , ratio
F)

# data[].attributes.body
A.  Measure Volume, milliliters
B. Cubic centimeter
C. Groups, categories, options.
D. Collected, measurements
E. Mass per unit cubed, ratio
F. g/

# data[].attributes.body
A. Measure volume in ml.
B. Centimeter cubed
C. Groups or categories, intervals
D. Measurements, interval
E. Millimeter per gram, calculation
F. Mass/Volume or M/V
G. Compactness, mass
H. Characteristic
I.  Density
J. General, Gases,Liquids,Solids
K. 1 and 1
L. Less

# data[].attributes.body
A. measures volume, mL
B. cubic centimeters
C. groups, categories, options
D. often, measurement
E.

# data[].attributes.body
A. Measure volume in ml
B. centimeter cubed
C. groups, categories, or intervals
D. measurements, metric
E. mass; volume, ratios
F.  kg/l  or g/ml or g/cc
G. space; amount
H. characteristic
I. density
J. general, gases, liquids, and solids
K. 1;1
L. greater

# data[].attributes.body
A. measure volume mL
B.cubic centimeters
C.groups or categories
D.graphs or measurements
E.mass per unit cubed, ratio
F. g/mL, g/cc
g. space, number
h. characteristic
i. density
j. general, solids, liquids, liquids, gases
k. 1, 1
l. less

# data[].attributes.body
a. Measure, Volume
b. cm
c. groups, categories, options
d.

# data[].attributes.body
a) measure volume in mL
b) cm3
c) groups, categories, options
d) measurements, metric
e) mass, density, ratio
f) g/mL;g/cc
g) distance; mass
h) characteristic
i) density
j) general; gases; liquids; liquids;solids
k)1;1
l) greater

# data[].attributes.body
a. Measure volume in mL
b. Cubic centimeter
c. Groups, categories, options
d. Measurements, metric
e.

# data[].attributes.body
a. Find the volume of a liquid and numbers
b. One cubic centimeter
c. Groups, categories, and options
d. Collected and measurement
e. States of matter, solids, gases, gases, liquids.
f. g/cc and g/mL
g. Space and number
h. Characteristic
i. Density
j. general, solids, liquids
k. One
l. Less

# data[].attributes.body
A.)Measure Volume; mL
B.)Cubic Centimeter
C.)Groups; Categories
D.)Groups/Options
E.)
F.)
G.)
H.)
I.)
J.)

# data[].attributes.body
a.measure volume
ml
b.cm2
c.groups, categories
d. measurements,measuring
e.grams,cubed,ratio
f.g/ml,g/cm2
g.space,number
h.characteristic
i.density
j.general,solids,liquids,gases
k.1,1
l.less

# data[].attributes.body
a. measure volume in ml
b. cubic centimeter
c.

# data[].attributes.body
A measures volume/milliliters
B Cm3
C Groups or categories
D Options
E
F
G
H
I
J
K
L

# data[].attributes.body
a. measure volume in mL
b. cubic centimeter
c. categories or groups;
d.  Collected; measurement
e.
f. g/mL or g/cc
g. space; amount
h. characteristic
i. density
j. general; solids; liquids; gases
k. 1 or 1
l. less

# data[].attributes.body
B.)Cubic Centtimeter
C.)Groups or types; Options
D.)

# data[].attributes.headline
a. A graduated cylinder is used to _______________________ in _________ to 1 decimal place.. b. One milliliter is equal to one _______________________ or (cc).c. Qualitative data belong to different___________ or ________________ and have no in-between ____________. d. Quantitative data are _____________________ based on standard ___________________ scales (TBB, GC, rulers, thermometers, etc.)e. Density is defined as the _________ per unit __________ of a substance, is calculated using the formula: D=m/v, and is a __________ of the two measuements . f. Density units are (____/_____) or (_____/______). g. The density depends on the ______________ between the particles and the ____________ of the particles themselves.h. A ______________________ property is one that does not depend on the size of the sample and can be used to identify a substance (along with other properties). It is very specific and can sometimes be used alone to identify a substance.i. ____________ is an example of a characteristic property.j. In ____________, ______________ are denser than ______________ and ____________ are denser than ________________.k. The density of pure water is ________ g/mL or _______ g/cm3.l. A substance that is not soluble in water will float in water if its density is___________ than 1 g/cm3.

# data[].attributes.subject
a. A graduated cylinder is used to _______________________ in _________ to 1 decimal place.. b. One milliliter is equal to one _______________________ or (cc).c. Qualitative data belong to different___________ or ________________ and have no in-between ____________. d. Quantitative data are _____________________ based on standard ___________________ scales (TBB, GC, rulers, thermometers, etc.)e. Density is defined as the _________ per unit __________ of a substance, is calculated using the formula: D=m/v, and is a __________ of the two measuements . f. Density units are (____/_____) or (_____/______). g. The density depends on the ______________ between the particles and the ____________ of the particles themselves.h. A ______________________ property is one that does not depend on the size of the sample and can be used to identify a substance (along with other properties). It is very specific and can sometimes be used alone to identify a substance.i. ____________ is an example of a characteristic property.j. In ____________, ______________ are denser than ______________ and ____________ are denser than ________________.k. The density of pure water is ________ g/mL or _______ g/cm3.l. A substance that is not soluble in water will float in water if its density is___________ than 1 g/cm3.