![\"WAV](\"https:\/\/s3-us-west-1.amazonaws.com\/coppertino\/og\/wav-vs-mp3-og.jpg\")
<\/p>\n<\/p>\n
Lossy sound?<\/p>\n
In the case of a WAV file, if you play the exact same WAV sound source file with the sound waveform reversed and the original waveform file together, you won’t hear anything.<\/p>\n
So by applying Audition phase inversion to a WAV file and playing it at the same time as the MP3 version file, I tried to extract the sound that is irreversibly compressed and can be heard in WAV but not MP3, commonly known as ” Lossy Sound “. !!<\/p>\n
0.03 Original WAV sound source (\u2460)
\n0.08 Inverted WAV sound source (\u2461)
\n0.15 \u2460 and \u2461 (silence)
\n0.22 MP3 sound source (\u2462)
\n0.28 \u2461 and \u2462 (Lossy sound)<\/p>\n
It flows in the order of.<\/p>\n
abstract
\nI’m sure there are people who think this lost sound is not a big deal, and people who think it makes a big difference.<\/p>\n
Personally, when I listened to Lossy Sound, I thought that the thickness and sound of the sound was considerably lost in MP3.<\/p>\n
The music used in this check was a song with a high range overall, so if you want to compare it to music with a strong mid-low range, check out the video below!<\/p>\n
You can listen to the lossy sound of the reversed WAV file and MP3 played at the same time from overseas YouTuber video
\n“WAV vs. MP3 – The Difference” -Kevin Billingslea
\n12:28 where you can listen and compare the deep bass.
\n? rel = 0 “frameborder =” 0 “allowfullscreen>
\nIn this video, you can compare WAV and MP3 with a famous song called Take Me To Church by Hozier.
\n—
\nLossy Sound will play starting at 2:47.
\nNote: I’m a little scared. Note on the headphone volume
\n—<\/p>\n
By the way, the response from the listening comparison test was
\n\u2460WAV \u2192 \u2461MP3 \u2192 \u2462MP3!<\/p>\n
To be honest I heard it many times
\nand I finally thought it was different, but when I heard Lossy Sound<\/p>\n","protected":false},"excerpt":{"rendered":"