1) What are the frequencies and the amplitudes of these waves? F sound-wave #1: _Type here_ Hz Amplitude: _Type here Volts F sound-wave #2: _Type here Hz Amplitude: _Type hereVolts F sound-wave #3: _Type here Hz Amplitude: _Type hereVolts

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1) What are the frequencies and the amplitudes of these waves?

- F sound-wave #1: __Type here__ Hz    Amplitude: __Type here__ Volts

- F sound-wave #2: __Type here__ Hz    Amplitude: __Type here__ Volts

- F sound-wave #3: __Type here__ Hz    Amplitude: __Type here__ Volts
Transcribed Image Text:1) What are the frequencies and the amplitudes of these waves? - F sound-wave #1: __Type here__ Hz    Amplitude: __Type here__ Volts - F sound-wave #2: __Type here__ Hz    Amplitude: __Type here__ Volts - F sound-wave #3: __Type here__ Hz    Amplitude: __Type here__ Volts
The image contains three graphs depicting sound waves, labeled as Sound wave #1, Sound wave #2, and Sound wave #3. Each graph shows a sine wave, representing sound intensity over time in seconds.

**Graph Descriptions:**

1. **Sound wave #1:**
   - This graph displays a single complete wave cycle over the time span of 0.01 seconds.
   - The wave reaches a peak intensity of approximately +10 and a trough of -10.
   - The wave has a lower frequency compared to the other waves.

2. **Sound wave #2:**
   - This graph shows two complete wave cycles within the same 0.01-second interval.
   - The intensity peaks and troughs are the same, with a range from +10 to -10.
   - It exhibits a higher frequency than Sound wave #1.

3. **Sound wave #3:**
   - This graph illustrates four complete wave cycles over 0.01 seconds.
   - The intensity also varies from +10 to -10, consistent across all three graphs.
   - It has the highest frequency among the sound waves represented.

**Summary:**
- All waves have the same amplitude, but their frequencies differ. Sound wave #3 has the highest frequency, followed by Sound wave #2, and Sound wave #1 has the lowest frequency. Higher frequencies correspond to more cycles over the same time period, resulting in higher-pitched sounds.
Transcribed Image Text:The image contains three graphs depicting sound waves, labeled as Sound wave #1, Sound wave #2, and Sound wave #3. Each graph shows a sine wave, representing sound intensity over time in seconds. **Graph Descriptions:** 1. **Sound wave #1:** - This graph displays a single complete wave cycle over the time span of 0.01 seconds. - The wave reaches a peak intensity of approximately +10 and a trough of -10. - The wave has a lower frequency compared to the other waves. 2. **Sound wave #2:** - This graph shows two complete wave cycles within the same 0.01-second interval. - The intensity peaks and troughs are the same, with a range from +10 to -10. - It exhibits a higher frequency than Sound wave #1. 3. **Sound wave #3:** - This graph illustrates four complete wave cycles over 0.01 seconds. - The intensity also varies from +10 to -10, consistent across all three graphs. - It has the highest frequency among the sound waves represented. **Summary:** - All waves have the same amplitude, but their frequencies differ. Sound wave #3 has the highest frequency, followed by Sound wave #2, and Sound wave #1 has the lowest frequency. Higher frequencies correspond to more cycles over the same time period, resulting in higher-pitched sounds.
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