Divine Comedy for Constellation _ 12 Constellation-specific Work Songs

Songs suitable for listening to when doing homework

The songs suitable for listening to when doing homework are as follows:

The top ten songs that you must listen to when you write your homework are Juvenile Prominence, Pipa, Wonderful Ability Song, I'm Not a Mathematician, Song of Weekly Rate, Unusual Words, Demon from Heaven, Alien, Monkey and Childhood.

1, young and promising

"Young and Promising" was released in July 2065438+08. This is a song written, composed, arranged and sung by Ronghao Li. The MV video story was understood and covered by many people, and won BILLBOARD RADIO's Top Ten Golden Melody Awards in Chinese.

2. Pipa Tour

Pipa Travel is an ancient poem by Bai Juyi, a poet in the Tang Dynasty. 20 17 was released as a preparation song for college entrance examination students. This is a rap song, which belongs to the ancient style.

3. Song of Wonderful Ability

Song of Wonderful Ability is a musical work created by Chen Li, an independent musician. Its style is sad, but the singer's singing method of jumping is not eclectic, and his voice is smart and natural, showing gorgeous artistic beauty in the song.

4. "I am not a mathematician"

Chen Shanni arranged the creation of I am not a mathematician. Gorgeous electrification is a highlight of Chen Shanni. According to the release date and Chen Shanni's career, there was "If One Thing is Important" before Chen Shanni and "I Love You, John" after it, which happened to be the neutralization of the former's urban sense and the latter's shibuya, so "I'm not a mathematician" was very cold and astringent, and various post-shibuya sound effects were supported by details.

5. "Song of Weekly Rate"

Song of the School of Youth is one of the "Hatsune Miku Trilogy", which is as long as? 68 minutes and 25 seconds? . Lyrics, such as the title of a song, cover 10239 digits after the decimal point of pi. Although the melody of the whole song has not changed much, the lyrics are not repeated because π is an infinite acyclic decimal.