CHEMISTRY 12TH EDITION BY TIMBERLAKE - TEST BANK
Introduction to General, Organic & Biological
Chemistry, 12e (Timberlake)
Chapter 2
Chemistry and Measurement
2.1 Multiple-Choice Questions
1)
The amount of space occupied by a substance is its ________.
A)
mass
B)
density
C)
weight
D)
length
E)
volume
Answer: E
Page
Ref: 2.1
Learning
Obj.: 2.1
Global
Outcomes: G7 Demonstrate the ability to make connections
between concepts across chemistry.
2)
Which of the following is the basic unit of volume in the metric system?
A)
liter
B)
kilogram
C)
meter
D)
centimeter
E)
gram
Answer: A
Page
Ref: 2.1
Learning
Obj.: 2.1
Global
Outcomes: G7 Demonstrate the ability to make connections
between concepts across chemistry.
3)
Which of the following is a measurement of mass in the metric system?
A)
milliliter
B)
centimeter
C)
kilogram
D)
Celsius
E)
meter
Answer: C
Page
Ref: 2.1
Learning
Obj.: 2.1
Global
Outcomes: G7 Demonstrate the ability to make connections
between concepts across chemistry.
4)
A value of 25 °C is a measurement of ________.
A)
length
B)
volume
C)
temperature
D)
mass
E)
density
Answer: C
Page
Ref: 2.1
Learning
Obj.: 2.1
Global
Outcomes: G7 Demonstrate the ability to make connections
between concepts across chemistry.
5)
A value of 36 mL is a measure of ________.
A)
density
B)
mass
C)
temperature
D)
volume
E)
length
Answer: D
Page
Ref: 2.1
Learning
Obj.: 2.1
Global
Outcomes: G7 Demonstrate the ability to make connections
between concepts across chemistry.
6)
A value of 345 mm is a measure of
________.
A)
density
B)
mass
C)
temperature
D)
volume
E)
length
Answer: E
Page
Ref: 2.1
Learning
Obj.: 2.1
Global
Outcomes: G7 Demonstrate the ability to make connections
between concepts across chemistry.
7)
The measurement of the gravitational pull on an object is its ________.
A)
volume
B)
weight
C)
mass
D)
length
E)
size
Answer: B
Page
Ref: 2.1
Learning
Obj.: 2.1
Global
Outcomes: G7 Demonstrate the ability to make connections
between concepts across chemistry.
8)
Which of the following measurements has three significant figures?
A)
0.005 m