Problem: The figure below represents a sound wave in a hollow pipe with both ends open. Determine the wave length of the sound wave in this hollow pipe.1. λ = 2ℓ/92. λ = ℓ3. λ = 2ℓ/74. λ = ℓ35. λ = ℓ46. λ = ℓ27. λ = 2ℓ/38. λ = 2ℓ9. λ = 2ℓ/5

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Problem Details

The figure below represents a sound wave in a hollow pipe with both ends open. Determine the wave length of the sound wave in this hollow pipe.

1. λ = 2ℓ/9

2. λ = ℓ

3. λ = 2ℓ/7

4. λ = ℓ3

5. λ = ℓ4

6. λ = ℓ2

7. λ = 2ℓ/3

8. λ = 2ℓ

9. λ = 2ℓ/5

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Our tutors have indicated that to solve this problem you will need to apply the Standing Sound Waves concept. You can view video lessons to learn Standing Sound Waves. Or if you need more Standing Sound Waves practice, you can also practice Standing Sound Waves practice problems.

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Based on our data, we think this problem is relevant for Professor Del Cerro's class at HCC.