Historical Context
Atoms and Compounds
Properties of Substances
Measurements
More Measurements
100

Known as the "weeping philosopher," this man was the first to discuss the Λόγος and argued the world consisted of patterns in flux

Heraclitus

100

This type of mixture has one substance dissolved into another liquid one

Solution

100

Conductivity is an example of this type of property

Physical

100

Solve with the correct number of significant figures:

33.5 x 30

1,000

100

Convert 108 km/h to m/s

30 m/s

200
During the Renaissance, this man developed the Scientific Method

Sir Francis Bacon

200

A salad is an example of this type of mixture

Heterogeneous

200

Volume is an example of this type of property

Extensive

200

How many significant figures are there in 

4.003 x 1011

4

200

Convert 7.62 cm to in.

(2.54 cm = 1 in)

3 inches

300

The Greek word, "ἄτομος," translates to this in English

Indivisible

300

This phase of matter has both a definite volume and a definite shape

Solid

300

Density is an example of this type of property

Intensive

300

Solve with the correct number of significant figures:

44.621-21.4

23.2

300

If the accepted value is 201.0 mL, then which set of values can be said to be more precise:

201.0, 202.1, 200.5

199.3, 198.8, 199.0

199.3, 198.8, 199.0

400

Known as the "laughing philosopher," this man was the first to posit the existence of atoms

Democritus

400

This is the smallest unit of matter that retains chemical properties

Atom

400

Flammability is this type of property

Chemical

400

This is the system of units commonly used outside the United States

Metric (SI) System

400

How many significant figures are there in

0.000 000 055 430

5

500

The Greek ἐπιστήμη translates into this Latin word

Scientias

500

This phase of matter has a definite volume without a definite shape

Liquid

500

Temperature is an example of this type of property

Intensive

500

Calculate the percent error if the measured value is 8.8 and the expected value is 8.0

10%

500

This type of proportionality involves one quantity increasing, causing another to decrease

Inverse

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