Which of the following represents the motion of a string element at an antinode of a standing wave? O y = (6.0 mm)sin[(3.0 m 1)x+ (2.0 s-1)t] O y = (6.0 mm)cos[(3.0 m-1)x - (2.0 s-1)t] O y = (6.0 mm)cos[(3.0 m 1)x + (2.0 s-1)t] Oy = (6.0 mm)sin[(3.0 m-1)x O y = (6.0 mm)cos[(2.0 s-1)t

Which of the following represents the motion of a string element at an antinode of a standing wave? O y = (6.0 mm)sin[(3.0 m 1)x+ (2.0 s-1)t] O y = (6.0 mm)cos[(3.0 m-1)x - (2.0 s-1)t] O y = (6.0 mm)cos[(3.0 m 1)x + (2.0 s-1)t] Oy = (6.0 mm)sin[(3.0 m-1)x O y = (6.0 mm)cos[(2.0 s-1)t

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter14: Superposition And Standing Waves

Section: Chapter Questions

Problem 11OQ: A standing wave having three nodes is set up in a string fixed at both ends. If the frequency of the...

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Question

Which of the following represents the motion of a string element at an antinode of a standing wave?
Oy= (6.0 mm)sin[(3.0 m-1)x+ (2.0 s-1)t]
Oy= (6.0 mm)cos[(3.0 m-1)x - (2.0 s-1)t]
Oy= (6.0 mm)cos[(3.0 m 1)x+ (2.0 s-1)t]
Oy (6.0 mm)sin[(3.0 m 1)x
%3D
Oy (6.0 mm)cos[(2.0 s 1)t

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