Gone (track)
by Pearl Jam
Gone appears on the following album(s) by Pearl Jam:
- Pearl Jam (track #9) (this album) (2006)
- Live At The Gorge 05/06 (track #50) (2007)
- June 27, 2008 Hartford, CT (track #15) (2008)
- Moline, IL October 17, 2014 (track #22) (2014)
- Vic Theater, Chicago 08/02/07 (track #15) (2012)
- 7.7.06 San Diego (track #7) (2006)
- 5.17.06 Chicago (track #11) (2006)
Condition: Brand New
Condition: Very Good
Listen to Gone on YouTube
Gone ratings
Average Rating = (n ÷ (n + m)) × av + (m ÷ (n + m)) × AVwhere:
av = trimmed mean average rating an item has currently received.
n = number of ratings an item has currently received.
m = minimum number of ratings required for an item to appear in a 'top-rated' chart (currently 10).
AV = the site mean average rating.
Showing latest 5 ratings for this track. | Show all 53 ratings for this track.
| Rating | Date updated | Member | Track ratings | Avg. track rating |
|---|---|---|---|---|
| ! | 06/05/2026 04:45 | Exist-en-ciel | 136,114 | 71/100 |
| ! | 05/19/2026 01:22 | 38,967 | 76/100 | |
| ! | 11/09/2025 19:12 | kinginsomniac12 | 5,836 | 100/100 |
| ! | 09/01/2025 23:06 | 12,841 | 85/100 | |
| ! | 03/24/2025 19:45 | 2,759 | 98/100 |
Rating metrics:
Outliers can be removed when calculating a mean average to dampen the effects of ratings outside the normal distribution. This figure is provided as the trimmed mean. A high standard deviation can be legitimate, but can sometimes indicate 'gaming' is occurring. Consider a simplified example* of an item receiving ratings of 100, 50, & 0. The mean average rating would be 50. However, ratings of 55, 50 & 45 could also result in the same average. The second average might be more trusted because there is more consensus around a particular rating (a lower deviation).
(*In practice, some tracks can have several thousand ratings)
This track is rated in the top 5% of all tracks on BestEverAlbums.com. This track has a Bayesian average rating of 80.5/100, a mean average of 81.4/100, and a trimmed mean (excluding outliers) of 81.4/100. The standard deviation for this track is 9.5.
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