13) two sinusoidal waves are traveling in the same positive x direction and have the wave functions y1 = 0.7 sin (-0,25t + 4x) y2 = 0.7 sin (-0,25t + 4x+ 1/3) The amplitude of the resultant wave is: A- Amplitude = 0 m B-Amplitude = 0.7 m C-Amplitude = 1.2 m D-Amplitude = 1.4m E-Amplitude = 4.9 m O A B O D O E

Glencoe Physics: Principles and Problems, Student Edition
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Chapter14: Vibrations And Waves
Section: Chapter Questions
Problem 85A
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13) two sinusoidal waves are traveling in the same positive x direction
and have the wave functions
y1 = 0. 7 sin (–0,25t + 4x)
y2 = 0.7 sin (-0,25t + 4x +n/3)
The amplitude of the resultant wave is:
A- Amplitude = 0 m
B-Amplitude = 0.7 m
C-Amplitude = 1. 2 m
D-Amplitude = 1.4m
E-Amplitude = 4.9 m
O A
В
C
D
E
Transcribed Image Text:13) two sinusoidal waves are traveling in the same positive x direction and have the wave functions y1 = 0. 7 sin (–0,25t + 4x) y2 = 0.7 sin (-0,25t + 4x +n/3) The amplitude of the resultant wave is: A- Amplitude = 0 m B-Amplitude = 0.7 m C-Amplitude = 1. 2 m D-Amplitude = 1.4m E-Amplitude = 4.9 m O A В C D E
12) A mass of 200g is attached to a chord of length 0.5m and linear mass
density of 0.008kg/m. the third harmonic frequency observed in the system
is:
Vibrator
A-f = 6.9 Hz,
B-f = 9.2 Hz, ,
C-f = 15.8 Hz,
D-f = 18.4 Hz,
E-f = 47.4 Hz, ,
А
В
C
D
E
Transcribed Image Text:12) A mass of 200g is attached to a chord of length 0.5m and linear mass density of 0.008kg/m. the third harmonic frequency observed in the system is: Vibrator A-f = 6.9 Hz, B-f = 9.2 Hz, , C-f = 15.8 Hz, D-f = 18.4 Hz, E-f = 47.4 Hz, , А В C D E
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