Who's That Girl?
Charles Strouse, Lauren Bacall, Penny Fuller
Applause
2:47 January 1, 2000
BPM
77
Key
E Major
Camelot
12B

Embed

Share Link

Who's That Girl? - Charles Strouse, Lauren Bacall, Penny Fuller Information

Acousticness
59%
Danceability
59%
Energy
39%
Instrumentalness
0%
Liveness
60%
Loudness
84%
Speechiness
29%
Valence
66%
Popularity
Loudness
-9.883 dB

Summary

Charles Strouse, Lauren Bacall, Penny Fuller made "Who's That Girl?" available on January 1, 2000. The duration of Who's That Girl? is about two minutes long, specifically at 2:47. This song does not appear to have any foul language. Who's That Girl?'s duration is considered a little bit shorter than the average duration of a typical track. The song is number 6 out of 20 in Applause by Charles Strouse, Various Artists. Who's That Girl? is not that popular right now. The overall mood can be danceable to some, especially with it's high amount of postive energy.

Who's That Girl? BPM

The tempo marking of Who's That Girl? by Charles Strouse, Lauren Bacall, Penny Fuller is Andante (at a walking pace), since this song has a tempo of 77 BPM. With that information, we can conclude that the song has a slow tempo. The time signature for this track is 4/4.

Who's That Girl? Key

E Major is the music key of this track. This also means that this song has a camelot key of 12B. So, the perfect camelot match for 12B would be either 12B or 1A. While, 1B can give you a low energy boost. For moderate energy boost, you would use 9B and a high energy boost can either be 2B or 7B. Though, if you want a low energy drop, you should looking for songs with either a camelot key of 12A or 11B will give you a low energy drop, 3B would be a moderate one, and 10B or 5B would be a high energy drop. Lastly, 9A allows you to change the mood.

Recommendations

An error has occurred while fetching the recommendations and the harmonic matches for this track. Please try again.

ISRC
This song does not have an ISRC.
Label
L-M Records/RCA Records

Section: 0.14185404777526855

End: 0.14544916152954102