Chris, concerning the questions I asked earlier, I have no project. I just want to know the physics behind why there is an impedence mismatch to air with monopole speakers.
I didn't realize that I had to have a project to ask these questions. I'm just trying to understand things to broaden my knowledge. That's all.
FYI, I work in the field and again, I find it not only fascinating to engage in these kinds of discussions but I feel that I need to know how things work. I've read Everasts book on acoustics a few times, I have a few books on speaker operation but I feel that some questions are not asked or do not go into detail.
Please remember, Chris, that I do appreciate your willingness to help me with the other questions posed and I do appreciate your knowledge.
Thanks to all those who contributed, Chris included. Although my primary question wasn't really touched on, I do thank those for the discussion. Although I would for someone to expand on the impedence mismatch of cone speakers to air.
Apparently, cone is denser than air and so the acoustical transfer of energy will be a mismatch. The most efficient means of achieving the this transfer of energy, I would imagine, is to use air to move air.
Bump. Hoping someone more knowledgeable than myself will comment on the physics behind the impedence mismatch between the cone which is rigid and dense and the light gaseous air.
Bump. Hoping someone more knowledgeable than myself will comment on the physics behind the impedence mismatch between the cone which is rigid and dense and the light gaseous air.
Bump. Hoping someone more knowledgeable than myself will comment on the physics behind the impedence mismatch between the cone which is rigid and dense and the light gaseous air.
Bump. Hoping someone more knowledgeable than myself will comment on the physics behind the impedence mismatch between the cone which is rigid and dense and the light gaseous air.