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Tuned to the scientific tuning432hz using Audacity. Not to be confused with the Pythagorean tuning. Why 432hz? How to tune your tracks to 432hz using the change speed effect in Audacity which can be downloaded here: ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 1. First import the track into audacity by dragging your MP3 file from your music folder into the audacity app. Or alternately go to File Import Audio File and select your MP3. 2. Lower the volume of the track using the amplify effect to prevent clippingI use -.1 increments a few times to find a sweet spot. 3. Then I apply the change speed effect by -1.818 to the track. This will amplify the song which is why I lowered the volume before I did it. 4. Listen to the loud parts to make sure nothing clipsgoes over 0-DB or into the red on your bars. 5. If everything sounds heavenly then go to File Export. That is it! Explanation of This Conversion Method --------------------------------------------------------------- Standard 440hz Scientific 432hz --------------------------------------------------------------- A4 440hz x 98.182 432hz A4 G4 392hz x 98.182 384.87hz G4 A3 220hz x 98.182 216hz A3 A2 110hz x 98.182 108hz A2 Check here to see if it matches up: Slowing the track down effects all of the frequencies. If the frequency is 110hz and you slow it down by 1.818 then its cycle will reduce down to 108hz and so on and so forth. There is also no loss of quality here because you are not pitch shifting. There are new frequencies being added across the entire range. New spacing between chords. This is why the track gets louder after you slow it down and why you have to lower the volume first to avoid clipping. If you liked this video please subscribe! I post 25-50 songs a week! Mostly free downloads. Always fresh music. All 432hz. I also take requests!,
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