Length of String (cm) Wavelength (cm) Frequency (Hz) Speed (cm/s) Standing Wave Pattern Harmonic # first 80.0 cm 24.0 Hz cm cm/s second 64.0 cm 5100 cm/s cm Hz third 32.0 cm 3600 cm/s cm Hz fourth 80.0 cm 77.0 Hz cm cm/s fifth 25.6 cm 82.0 Hz cm cm/s
Length of String (cm) Wavelength (cm) Frequency (Hz) Speed (cm/s) Standing Wave Pattern Harmonic # first 80.0 cm 24.0 Hz cm cm/s second 64.0 cm 5100 cm/s cm Hz third 32.0 cm 3600 cm/s cm Hz fourth 80.0 cm 77.0 Hz cm cm/s fifth 25.6 cm 82.0 Hz cm cm/s
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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Using the information already provided in the table, complete all the blanks. Make sure all units are correct.
 | First | 80.0 cm | [To be filled] | 24.0 Hz | [To be filled] |
|  | Second | 64.0 cm | [To be filled] | [To be filled] | 5100 cm/s |
|  | Third | [To be filled] | 32.0 cm | [To be filled] | 3600 cm/s |
|  | Fourth | 80.0 cm | [To be filled] | 77.0 Hz | [To be filled] |
|  | Fifth | [To be filled] | 25.6 cm | 82.0 Hz | [To be filled] |
### Explanation of Columns:
- **Standing Wave Pattern**: Illustrations showing nodes and antinodes for each harmonic.
- **Harmonic #**: Indicates the order of the harmonic (first, second, etc.).
- **Length of String (cm)**: Length of the string when resonating at the given harmonic.
- **Wavelength (cm)**: Distance between repeating points in the wave pattern.
- **Frequency (Hz)**: Frequency at which the string vibrates.
- **Speed (cm/s)**: Speed of the wave along the string.
### Note:
- Cells marked with "[To be filled]" indicate missing data that needs calculation or input.
- Check the harmonic pattern to understand how nodes and antinodes influence wave properties.
These patterns are critical for understanding wave physics, particularly in string instruments and acoustic studies.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdff7b543-7c53-4567-b2e2-82ba64a4a215%2F91d5c4f5-fb46-49e5-a7cb-b9f6da40f3c0%2Finpu7au_processed.jpeg&w=3840&q=75)
Transcribed Image Text:**Understanding Standing Wave Patterns**
This table presents an overview of standing wave patterns on a string for different harmonics and the corresponding measurements:
| Standing Wave Pattern | Harmonic # | Length of String (cm) | Wavelength (cm) | Frequency (Hz) | Speed (cm/s) |
|-----------------------|------------|------------------------|-----------------|---------------|--------------|
|  | First | 80.0 cm | [To be filled] | 24.0 Hz | [To be filled] |
|  | Second | 64.0 cm | [To be filled] | [To be filled] | 5100 cm/s |
|  | Third | [To be filled] | 32.0 cm | [To be filled] | 3600 cm/s |
|  | Fourth | 80.0 cm | [To be filled] | 77.0 Hz | [To be filled] |
|  | Fifth | [To be filled] | 25.6 cm | 82.0 Hz | [To be filled] |
### Explanation of Columns:
- **Standing Wave Pattern**: Illustrations showing nodes and antinodes for each harmonic.
- **Harmonic #**: Indicates the order of the harmonic (first, second, etc.).
- **Length of String (cm)**: Length of the string when resonating at the given harmonic.
- **Wavelength (cm)**: Distance between repeating points in the wave pattern.
- **Frequency (Hz)**: Frequency at which the string vibrates.
- **Speed (cm/s)**: Speed of the wave along the string.
### Note:
- Cells marked with "[To be filled]" indicate missing data that needs calculation or input.
- Check the harmonic pattern to understand how nodes and antinodes influence wave properties.
These patterns are critical for understanding wave physics, particularly in string instruments and acoustic studies.
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