Your Textbook EditionPricingAbout UsFeaturesReviewsFAQContact
Get startedLog in
Giancoli 7th Edition textbook cover
Giancoli's Physics: Principles with Applications, 6th Edition
11
Vibrations and Waves
Change chapter
11-1 to 11-3: Simple Harmonic Motion
1
play arrow0:47
2
play arrow1:08
3
play arrow1:32
4
play arrow1:46
5
play arrow2:59
6
play arrow1:28
7
play arrow2:08
8
play arrow4:33
9
play arrow5:06
10
play arrow1:55
11
play arrow1:50
12
play arrow3:40
13
play arrow2:42
14
play arrow2:39
15
play arrow2:38
16
play arrow4:23
17
play arrow0:52
18
play arrow1:34
19
play arrow8:20
20
play arrow4:17
21
play arrow8:17
22
play arrow5:07
23
play arrow5:49
24
play arrow5:21
25
play arrow2:23
26
play arrow3:48
27
play arrow4:22
11-4: Simple Pendulum
28
play arrow0:50
29
play arrow1:15
30
play arrow1:56
31
play arrow0:48
32
play arrow4:41
33
play arrow6:52
34
play arrow2:45
35
play arrow3:51
11-7 and 11-8: Waves
36
play arrow0:31
37
play arrow0:38
38
play arrow2:47
39
play arrow2:17
40
play arrow2:02
41
play arrow1:16
42
play arrow5:14
43
play arrow2:02
44
play arrow6:18
45
play arrow4:22
11-9: Wave Energy
46
play arrow1:34
47
play arrow2:13
11-10: Intensity Related to A and f
48
play arrow1:50
49
play arrow1:35
50
play arrow1:48
11-12: Interference
51
play arrow2:30
11-13: Standing Waves; Resonance
52
play arrow0:51
53
play arrow3:08
54
play arrow1:09
55
play arrow1:17
56
play arrow1:59
57
play arrow3:28
58
play arrow4:24
59
play arrow5:46
60
play arrow3:53
61
play arrow1:16
11-14: Refraction
62
play arrow1:02
63
play arrow1:14
64
play arrow2:12
65
play arrow3:54
11-15: Diffraction
66
play arrow3:42
Problem 30
A
1.3s1.3 \textrm{s}
Giancoli 6th Edition, Chapter 11, Problem 30 solution video poster
Padlock

In order to watch this solution you need to have a subscription.

Get Started
View sample solution

|

Log in
COMMENTS
By LukeOG on Fri, 12/7/2012 - 7:13 AM

Correct me if I am wrong, but the length of the pendulum will be the same weather it is on Earth or Mars. Therefore, what would be the problem with solving for the length given the period on Earth of .80s? After solving for length, a new equation could be made with one unknown, that being the period on Mars.

Privacy policyTerms of serviceHelp center

Find us on:

Facebook iconTrustpilot icon
Giancoli Answers, including solutions and videos, is copyright © 2009-2024 Shaun Dychko, Vancouver, BC, Canada. Giancoli Answers is not affiliated with the textbook publisher. Book covers, titles, and author names appear for reference purposes only and are the property of their respective owners. Giancoli Answers is your best source for the 7th and 6th edition Giancoli physics solutions.