49. The mass per unit length of the G string is u = 1.2z10-3. If the tension in the string is 75 N and the length of the string that is allowed to vibrate is 0.6 meters, which of the following frequencies are present in the sound wave when the open G string is played ? Choose all possible frequencies A. 83 Hz B. 104 Hz C. 208 Hz D. 312 Hz E. 520 Hz F. 625 Hz G. 833HZ O H. 1042 Hz O O O O C
49. The mass per unit length of the G string is u = 1.2z10-3. If the tension in the string is 75 N and the length of the string that is allowed to vibrate is 0.6 meters, which of the following frequencies are present in the sound wave when the open G string is played ? Choose all possible frequencies A. 83 Hz B. 104 Hz C. 208 Hz D. 312 Hz E. 520 Hz F. 625 Hz G. 833HZ O H. 1042 Hz O O O O C
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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49. The mass per
0.6 meters, which of the following frequencies are present in the sound wave when the open G string is played ? Choose all possible frequencies
unit length of the G string is u = 1.2a10 3. If the tension in the string is 75 N and the length of the string that is allowed to vibrate is
O A. 83 Hz
B. 104 Hz
C. 208 Hz
OD. 312 Hz
E. 520 Hz
F. 625 Hz
O G. 833HZ
H. 1042 Hz
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Transcribed Image Text:Show Inst
49. The mass per
0.6 meters, which of the following frequencies are present in the sound wave when the open G string is played ? Choose all possible frequencies
unit length of the G string is u = 1.2a10 3. If the tension in the string is 75 N and the length of the string that is allowed to vibrate is
O A. 83 Hz
B. 104 Hz
C. 208 Hz
OD. 312 Hz
E. 520 Hz
F. 625 Hz
O G. 833HZ
H. 1042 Hz
Back
Save & Continue
©2020 BYU. All rights reserved
99+
12/17/2020
DELL
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