Final answer:
The acoustic energy passing through the window is approximately 2414.4 joules in a 17.0 minute interval.
Step-by-step explanation:
To calculate the acoustic energy passing through the window, we need to determine the sound intensity level and use it to find the energy. The formula to calculate sound energy is:
Energy = Intensity * Area * Time
Given that the sound wave has a decibel (dB) level of 95.0 dB, we can convert it to intensity using the formula: Intensity = 10^((dB - 12)/10). Therefore, the intensity of the sound wave is approximately 0.316 watts/m².
Using the given area of the window as 0.800 m² and the time interval as 17.0 minutes (which needs to be converted to seconds), we can plug these values into the energy formula to find:
Energy = 0.316 * 0.800 * (17.0 * 60)
Calculating this, the acoustic energy passing through the window in a 17.0 minute interval is approximately 2414.4 joules.