she knows remix ~ ne-yo ft. trey songz, the-dream, t-pain (sped up)

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[gi_cartoonesca]

3:30 is so addictive, hot damn, it's like im ascending to another universe when the melody blends so well with the synch sound GOSH

[shanayaponcho]

yall dont realize how OBSESSED i am with the very beginning😮‍💨

[celestialavis]

"She loves the attention she gets when she moves" i love this one

[NicoTheCatLover]

3:24 and from there on was my fav part

[anayamclaurin]

“GIRL IM TRYAN LOOSIN YOU HALF AND HALF OF THAT GOOSE AND JUICE BABY TELL ME WHAT ITS GOIN BE LOOK AT SPARKS COMIN RIGHT NOW LOOKIN LIKE THE 4TH OF JULY YOURE OFFICIALLY COMING WITH ME”

[zzkiahforthewin]

THE ABSOLUTE BEST PART WAS 1:28, SHE KNOOOWS~

[luvelytayz]

this song sped up is literally PERFECTION

[gabbyhall]

when i tell u, i want to M A R R Y this SONGGGG

[Katex]

😍 IDC WHAT YALL SAY THIS REMIX IS SUCH A VIBE FR

[aliu]

robin is such a good choice for this omgh

[serenalovescats]

always knew this song but after listening to this version im obsessed omg

[mochilover]

great mix and much love to nico robin 💕

[nicabunnyplays]

So good! Just like the tiktok trend version! Thank you, such a fire remix

[Mel_notit]

THIS IS THE PART 3:30 I ALWAYS SING IN
THE MIDDLE OF CLASS BC THIS PART
IS SO CATCHY (Me and my Friends go crazy with this part)

[piddypuddle.]

This song is literally pure w rizz. Ik that’s a goofy sentence but there is no other way to say it 😭

[Amayram]

I’m ASHAMED I didn’t hear the remix until now 😔

[kelseytherobloxgirl]

1:41 this part will always be superior idc what y’all say😂

[urfavltina]

1:12 she know oh yeah thats for sure part gaddamn ash

[BearsEatPizza]

This Song Reminds Me Back In The Years

[NEKUACH]

Para determinar la distancia entre dos puntos en el plano cartesiano, usamos la fórmula de la distancia:

\[ d = \sqrt{(x_2 - x_1)^2 + (y_2 - y_1)^2} \]

Sin embargo, en el ejercicio proporcionado, solo se ha dado un único punto: \( A = (1, 7) \). Para calcular la distancia entre dos puntos, necesitamos las coordenadas de ambos puntos \( A \) y \( B \).

Si proporcionas el segundo punto \( B \), podré ayudarte a calcular la distancia entre los puntos \( A \) y \( B \).