(Figure 1) shows a standing wave on a string. Point A on undo ng is shown at time t = 0. Part A For t>0, what are the earliest times, in terms of the wave's period T , that points B, C, and D reach the positions shown? Express your answer in terms of T separated by commas. tв, tc, tp Submit Request Answer Provide Feedback Next > igure < 1 of 1> В D
(Figure 1) shows a standing wave on a string. Point A on undo ng is shown at time t = 0. Part A For t>0, what are the earliest times, in terms of the wave's period T , that points B, C, and D reach the positions shown? Express your answer in terms of T separated by commas. tв, tc, tp Submit Request Answer Provide Feedback Next > igure < 1 of 1> В D
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![### Understanding Standing Waves
#### Wave Behavior on a String
##### Part A: Analysis of Wave Positions
**Question:**
For \( t \ge 0 \), what are the earliest times, in terms of the wave's period \( T \), that points B, C, and D reach the positions shown?
**Express your answer in terms of \( T \) separated by commas.**
\[ t_B, t_C, t_D = \]
**Submission Interface:**
- Submit your answers using the provided fields.
- You may use the math input features to ensure proper formatting.
##### Diagram Explanation
**Figure:**
The diagram labeled as "Figure 1" displays a standing wave on a string. The string is anchored at both ends. Points A, B, C, and D are marked on the string, indicative of different positions along the wave at time \( t = 0 \).
1. **A and B:**
- Positioned at the peaks of the wave (antinodes), indicating maximum displacement.
2. **C and D:**
- Positioned at the troughs of the wave (nodes), representing points of no displacement.
The figure visually aids in identifying the points B, C, and D to evaluate their position changes over time. Understanding the movement of these points helps in analyzing the wave behavior.
**Conclusion:**
This information will help you determine the exact times \( t_B, t_C, \) and \( t_D \) for the specified points in terms of the wave's period \( T \). Ensure to provide your answer in the format specified.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc30050ec-6359-4920-ab66-43f106f38c33%2Fe6912466-aa3a-419b-91d2-61fb98a5864b%2Fbw7avrw_processed.png&w=3840&q=75)
Transcribed Image Text:### Understanding Standing Waves
#### Wave Behavior on a String
##### Part A: Analysis of Wave Positions
**Question:**
For \( t \ge 0 \), what are the earliest times, in terms of the wave's period \( T \), that points B, C, and D reach the positions shown?
**Express your answer in terms of \( T \) separated by commas.**
\[ t_B, t_C, t_D = \]
**Submission Interface:**
- Submit your answers using the provided fields.
- You may use the math input features to ensure proper formatting.
##### Diagram Explanation
**Figure:**
The diagram labeled as "Figure 1" displays a standing wave on a string. The string is anchored at both ends. Points A, B, C, and D are marked on the string, indicative of different positions along the wave at time \( t = 0 \).
1. **A and B:**
- Positioned at the peaks of the wave (antinodes), indicating maximum displacement.
2. **C and D:**
- Positioned at the troughs of the wave (nodes), representing points of no displacement.
The figure visually aids in identifying the points B, C, and D to evaluate their position changes over time. Understanding the movement of these points helps in analyzing the wave behavior.
**Conclusion:**
This information will help you determine the exact times \( t_B, t_C, \) and \( t_D \) for the specified points in terms of the wave's period \( T \). Ensure to provide your answer in the format specified.
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