Test Bank for Fundamentals of Physics, Extended, 12th Edition by David Halliday
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Course
Physics - General Relativity
Institution
Physics - General Relativity
Test Bank for Fundamentals of Physics, Extended, 12e 12th Edition by David Halliday, Robert Resnick, Jearl Walker. Full Chapters test bank are included - Chapter 1 to 44
1 Measurement 1
1.1 Measuring Things, Including Lengths 1
1.2 Time 5
1.3 Mass 6
2 Motion Along a Straight Line 13
...
Test Bank for Fundamentals of Physics, Extended, 12th Edition Halliday
All Chapters are included
Package Title: Test Bank Questions Chapter 01
Course Title: Halliday 12e
Chapter Number: Chapter 01
Question type: Multiple-Choice
1) The figure shows two length scales, one in Smoots and the other in Walkers. What is a length of 23
Smoots in the unit of Walkers?
a) 724
b) 129
c) 150
d) 531
e) 227
f) 167
g) 73
h) 410
i) 823
j) 207
Answer: j
Title:
Question ID:
Difficulty: Easy
Learning Objective 1: LO 1.1.0 Express the length of an object in SI units
Learning Objective 2: LO 1.1.3 Change units by using chain-link conversions
Section Reference 1: Section 1.1
,Package Title: Test Bank Questions Chapter 02
Course Title: Halliday 12e
Chapter Number: Chapter 02
Question type: Multiple-Choice
1) Here is the position function for a particle moving along an x axis: x(t ) = -3.00 - 4.00t + t 2 in meters
and seconds. Where is the particle (m) at t = 3 s?
a) -7.82
b) 3.00
c) -0.124
d) 6.24
e) -0.56
f) -4.00
g) 2.22
h) -6.00
i) 1.22
j) 0
2) Here is the position function for a particle moving along an x axis: x(t ) = -3.00 - 4.00t + t 2 in meters
and seconds. Where is the particle (m) when it changes its direction of travel?
a) -7.00
b) -4.75
c) 0.55
d) -1.30
e) -5.00
f) -5.22
g) 1.30
h) -1.22
i) 2.61
j) 0
Answer: a
,Title:
Question ID:
Difficulty: Medium
Learning Objective 1: LO 2.2.0
Section Reference 1: Section 2.2
3) A particle enters a region at velocity +600 m/s along an x axis and begins to accelerate at the constant
rate of +4.00 ´103 m/s2. How much time (s) does it take to travel 16.00 m?
a) 9.03 ´10-4
b) 8.56 ´10-3
c) 1.24 ´10-3
d) 5.43 ´10-1
e) 5.27 ´10-2
f) 1.15 ´10-4
g) 5.11´10-4
h) 1.31´10-2
i) 2.46 ´ 10-2
j) 3.21´10-3
Answer: i
Title:
Question ID:
Difficulty: Medium
Learning Objective 1: LO 2.4.0
Section Reference 1: Section 2.4
4) The figure shows a car and truck side by side at time t = 0. Just then
car’s velocity is zero
car’s constant acceleration is 5.00 m/s2
truck’s velocity is constant 45.0 m/s
When the car and truck are again side by side, how far (m) down the road have they traveled?
a) 90.5
b) 265
c) 233
d) 452
, e) 580
f) 360
g) 810
h) 540
i) 125
j) 100
Answer: g
Title:
Question ID:
Difficulty: Medium
Learning Objective 1: LO 2.4.0
Section Reference 1: Section 2.4
5) In the figure, a beverage can is dropped (released) from a height of y0 = 80.0 m. How much time (s)
does it take to fall from height y1 = 60.0 m to height y2 = 10.0 m? (In your calculation, hold 4 or 5
significant figures until the last step.)
a) 1.46
b) 1.76
c) 0.480
d) 1.17
e) 0.455
f) 0.538
g) 0.626
h) 0.305
i) 0.723
j) 1.99
Answer: b
Title:
Question ID:
Difficulty: Medium
Learning Objective 1: LO 2.5.0
Section Reference 1: Section 2.5
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