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WM10: Standing Wave Patterns 1

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Assignment Overview

Determine the wavelength of the waves forming a standing wave pattern when given a diagram of the pattern and the length of the rope.

 1. WM10Q1
Points: 0/1

A 1.60-meter long rope is vibrating as a standing wave. The standing wave pattern that is formed is shown at the right. What is the wavelength of the waves in the rope? 

  1. Wavelength

    m

    Attempts: 0
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 2. WM10Q2
Points: 0/1

A 2.04-meter long rope is vibrating as a standing wave. The standing wave pattern that is formed is shown at the right. What is the wavelength of the waves in the rope? 

  1. Wavelength

    m

    Attempts: 0
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 3. WM10Q3
Points: 0/1

A 1.49-meter long rope is vibrating as a standing wave. The standing wave pattern that is formed is shown at the right. What is the wavelength of the waves in the rope? 

  1. Wavelength

    m

    Attempts: 0
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 4. WM10Q4
Points: 0/1

A 1.95-meter long rope is vibrating as a standing wave. The standing wave pattern that is formed is shown at the right. What is the wavelength of the waves in the rope? 

  1. Wavelength

    m

    Attempts: 0
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 5. WM10Q5
Points: 0/1

A 1.51-meter long rope is vibrating as a standing wave. The standing wave pattern that is formed is shown at the right. What is the wavelength of the waves in the rope? 

  1. Wavelength

    m

    Attempts: 0
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 6. WM10Q6
Points: 0/1

A 2.05-meter long rope is vibrating as a standing wave. The standing wave pattern that is formed is shown at the right. What is the wavelength of the waves in the rope? 

  1. Wavelength

    m

    Attempts: 0
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