Closed Environment Sound at Light

In summary, the conversation discusses the idea of sound at light speed and whether it would be possible to hear it while traveling at that speed in a closed box. It is determined that it is not possible to reach the speed of light, but if the box is traveling at 0.9999c, the sound wave would still be slower than the speed of light.
  • #1
Kaleb
49
0
[SOLVED] Closed Environment Sound at Light

I had an idea regarding sound at light speed. If you are in a closed box and are traveling at the speed of light and you flick your finger, since the oxygen is also traveling at the speed of light would it make a sound relative to your position. If so, would it be traveling faster than light? This is hypothetical of course, and I am curious after reading another topic like this.
 
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  • #2
First thing: You can't go at the speed of light, only arbitrarily close (even in a thought experiment). So let's say you and your box is moving at 0.9999c with respect to some frame of reference. The speed of the sound wave with respect to that same reference frame (at least the part going forward) will be greater than your speed, but still less than the speed of light.
 
  • #3
Thanks Doc, mission accomplished!
 

1. What is Closed Environment Sound at Light?

Closed Environment Sound at Light refers to the study of sound and light waves in an enclosed space, such as a room or chamber. It involves understanding how these waves interact with each other and with the boundaries of the environment.

2. Why is Closed Environment Sound at Light important?

Understanding Closed Environment Sound at Light is important for various reasons, such as designing efficient sound and lighting systems for enclosed spaces, creating optimal acoustic environments for recording or performing music, and improving the overall quality of sound and light in indoor spaces.

3. How do sound and light waves interact in a closed environment?

In a closed environment, sound and light waves can bounce off surfaces, get absorbed by materials, or pass through openings. This interaction can affect the intensity, direction, and quality of sound and light within the space.

4. What are some factors that can impact Closed Environment Sound at Light?

Several factors can impact Closed Environment Sound at Light, such as the size and shape of the room, the materials used for the walls, floor, and ceiling, the placement of sound and light sources, and the presence of people or objects in the space.

5. How can Closed Environment Sound at Light be measured and analyzed?

Closed Environment Sound at Light can be measured and analyzed using specialized equipment such as sound level meters, acoustic analyzers, and light meters. These tools can provide data on factors like sound pressure levels, frequency response, and light intensity, which can then be used to assess the acoustic and lighting performance of a closed environment.

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