So, we should have a lot of engineers here and I want to ask a question.
I think it's cool that Mackey Arena is consistently listed as one of the hardest places to play and/or the loudest. And I've wondered why that is.
Also, I was at a Purdue game a couple years ago - when they got beat by Ohio State. We were literally on the last row, at the top. It was a full arena, but strangely, it wasn't that loud for me. In fact, I was disappointed.
Also, at many science museums around the country, you'll have two parabolic bowls maybe one hundred feet from each other. A person at one end can simply whisper into the bowl and be heard by the other person 100 feet away. The sound waves are focused by the parabolic bowls and magnify the sound.
When I put all this together, I hypothesize that the parabolic roof at Mackey focuses the noise straight down onto the court. The court would be the loudest point in the gym. Way up in the rafters, where I was, it wouldn't be that loud.
Is this a valid hypothesis?
I think it's cool that Mackey Arena is consistently listed as one of the hardest places to play and/or the loudest. And I've wondered why that is.
Also, I was at a Purdue game a couple years ago - when they got beat by Ohio State. We were literally on the last row, at the top. It was a full arena, but strangely, it wasn't that loud for me. In fact, I was disappointed.
Also, at many science museums around the country, you'll have two parabolic bowls maybe one hundred feet from each other. A person at one end can simply whisper into the bowl and be heard by the other person 100 feet away. The sound waves are focused by the parabolic bowls and magnify the sound.
When I put all this together, I hypothesize that the parabolic roof at Mackey focuses the noise straight down onto the court. The court would be the loudest point in the gym. Way up in the rafters, where I was, it wouldn't be that loud.
Is this a valid hypothesis?