The propose of this project is to see how many Newton's and G's are hitting you from the speakers at different volumes. To do this project I used a force sensor and a sound sensor. I put the sound sensor on the speaker and collected the data twice at 3 different volumes of the music. I sat the volume at 6, 12, and 18. Then with the force sensor I placed it on top of the speaker box and played the song at the three volume levels and collected the data twice at each level. I found out that the higher the music volume level the stronger the G's and the Newton's. When I had the volume at six for the force there was -5 N at twelve -7N and at eighteen -4.9. Now these readings seem strange because the beets of the music could have been off or right on so that was a factor to try and deal with to collect when the beat was on. For the G's part of the experiment at it ranged from 0.1 to -6 G's of force. At six there was 0.2, twelve 0.3 and at eighteen there was -6. These numbers are odd because of the beat of the music also. My conclusion is that the higher the volume the stronger the Force and sound intensity. When the amplifier is increasing the sound the Newton's and the G's are much higher than they would be without an amplifier. The amount of Newton's and G's are surly enough to develop a headache.