@pianokiwis: Jazz, but it's meme😌🎹(untitled) mistfulplays #fyp #foryou #piano #tutorial #memes #chill #jazz

PianoKiwis

Open In TikTok:

Region: KR

Saturday 21 March 2026 02:20:00 GMT

557054

29962

310

1773

Music

Download

No Watermark .mp4 (4.33MB) Watermark .mp4 (2.97MB) Music .mp3

Comments

Kog :

Oobja - main theme

2026-03-21 20:07:52

509

gabe🤧 :

-Autumn Leaves

2026-03-22 21:24:59

8

xyumu :

How do you do that weird scale thing where you quickly go up

2026-06-13 02:01:49

0

Mr. Creeper :

Okay now

2026-03-21 02:30:29

1090

Jonah 🍋 :

whats this song called so I csn get sheet music

2026-03-22 05:35:22

53

chur bum :

those first few notes though

2026-03-21 22:43:01

444

excuse Me sir :

can you do mine plz 1134566 1134222

2026-04-11 21:16:33

36

꧁☆࿐༆༒єℓιѕѕα༒༆࿐☆꧂ :

One two skip a few ahh

2026-05-31 03:37:35

1

Mesa-Cola-Leche :

2026-03-21 02:39:43

159

《°ELITE°》TIẾN 愛 :

Oh, this guy!

2026-03-22 10:41:20

71

Ajmn :

2026-03-22 09:16:29

7

✨️🎀Till🎀✨️ :

Bro I use your app

2026-05-17 01:00:06

0

Emoji_boi :

2026-03-22 10:51:30

24

Ilovewrestling🤷‍♂️ :

I SAW IT GLITTER

2026-03-21 17:43:05

6

່່່DUY :

2026-04-03 07:34:48

1

dbdhddj7j7j :

Так на пианино нету же букв

2026-03-22 10:35:09

7

rey tablos :

2026-04-12 03:09:38

2

Sübhan Mürvətli :

yeessssssss I finally found it

2026-03-21 05:54:18

5

XirDuskling :

(Untitled) - Mistfulplays

2026-03-22 03:20:56

6

Vexcito :D :

como se siente:

2026-03-23 10:33:13

3

★♪ⓖⓤⓐⓓⓐ★~am🛐🪐💫 :

2026-03-23 17:44:57

2

Noa._. :

2026-04-05 13:21:26

1

SoNgDoOhEe :

2026-03-22 10:20:06

3

To see more videos from user @pianokiwis, please go to the Tikwm homepage.

Other Videos

justice for bono || #fyp #trending #xyzabc #f1 #mercedes || @Mercedes-AMG F1 @Andrea Kimi Antonelli

justice for bono || #fyp #trending #xyzabc #f1 #mercedes || @Mercedes-AMG F1 @Andrea Kimi Antonelli

#fyp #foryou #viral #toxic

#fyp #foryou #viral #toxic

CUPOM: HG Energia solar não é só para quem tem placa em casa. Pague menos na sua conta de luz, em casa, na sua empresa...⚡🫵🏼 @nuv.energia @nuvenergia #nuvenergia #nuvclipfy #nuvenergia #clipfyleague

CUPOM: HG Energia solar não é só para quem tem placa em casa. Pague menos na sua conta de luz, em casa, na sua empresa...⚡🫵🏼 @nuv.energia @nuvenergia #nuvenergia #nuvclipfy #nuvenergia #clipfyleague

[part 2] #robloxstory #roblox #fyp #part2

[part 2] #robloxstory #roblox #fyp #part2

#robertosanchez #keikofujimori #eleccionesperu2026 #noticiasperu #elúltimopaladín

#robertosanchez #keikofujimori #eleccionesperu2026 #noticiasperu #elúltimopaladín

$Explanation Here: This experiment demonstrates the decomposition of white light into its component colors using the principle of dispersion. White light is made up of different wavelengths, each corresponding to a specific color. When light passes through a medium like a prism or diffraction slit, different wavelengths bend at different angles, separating into a spectrum of colors—red, orange, yellow, green, blue, and violet. This is the same process that creates rainbows when sunlight passes through raindrops. The image also shows red, green, and blue (RGB) lights, which are the primary colors of additive color mixing. When combined, these colors form white light, demonstrating how digital screens and projectors work. The contrast between dispersion (breaking white light into colors) and additive mixing (combining colors to make white light) highlights how light behaves in different scenarios. This experiment is a simple yet powerful way to understand how light and color function in nature and technology. It explains why objects appear colored—because they absorb some wavelengths and reflect others—and how we use this knowledge in fields like optics, photography, and display technology. Follow for more daily science videos. Video Credit: @art.pete.repeat (Instagram) #Science #light #art #color #nature #technology #photography #optics$
Explanation Here: This experiment demonstrates the decomposition of white light into its component colors using the principle of dispersion. White light is made up of different wavelengths, each corresponding to a specific color. When light passes through a medium like a prism or diffraction slit, different wavelengths bend at different angles, separating into a spectrum of colors—red, orange, yellow, green, blue, and violet. This is the same process that creates rainbows when sunlight passes through raindrops. The image also shows red, green, and blue (RGB) lights, which are the primary colors of additive color mixing. When combined, these colors form white light, demonstrating how digital screens and projectors work. The contrast between dispersion (breaking white light into colors) and additive mixing (combining colors to make white light) highlights how light behaves in different scenarios. This experiment is a simple yet powerful way to understand how light and color function in nature and technology. It explains why objects appear colored—because they absorb some wavelengths and reflect others—and how we use this knowledge in fields like optics, photography, and display technology. Follow for more daily science videos. Video Credit: @art.pete.repeat (Instagram) #Science #light #art #color #nature #technology #photography #optics

About

Robot
API

Legal

Privacy Policy