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M-m-mommy?! Oh gosh~ I always wanted to call her that~

Huh?- oh hi- *Peppinoscream.mp4 *

0:35 DID SHE JUST CALL HERSELF MOMMY????!

R: WT@ dude 💀 i said i don't love you more (part of the history)

ben ; 🥰😍😳😏😘🥰😍🥵 swag looking beauty v

Soundwave: Blushing eject. Operation: SIMP

Dont worry sweetheart im always here for you and comfort you~ 💛❤

Dont worry sweetheart im always here for you, no matter what~ ❤💛

V i appreciate you for not eating me and I love you

The whispering takes me out of it. It doesn't really sound like V

Mommy J 💛💛💛💛💛💛💛💛💛💛💛💛💛💛

Very good But the subtitles 😥

The equation you're referring to, **j² = -1**, is related to the concept of **imaginary numbers** in mathematics. Specifically: - **j** is used as the symbol for the **imaginary unit** in certain fields like electrical engineering and physics. - In mathematics, **i** is traditionally used to represent the imaginary unit, where **i² = -1**. However, in **engineering**, particularly in electrical engineering, **j** is often used instead of **i** to avoid confusion with current (which is typically denoted as **i**). So, **j² = -1** signifies the fundamental property of imaginary numbers. When you multiply **j** by itself, you get **-1**, which is not possible with real numbers but is a key concept in extending real numbers to the complex number system. Imaginary numbers, and by extension **complex numbers** (which have both real and imaginary components), are used in many fields such as electrical engineering, signal processing, and quantum mechanics>

C: OH MY GOD-

hello

Hi V I have tell you something

Mommy J

Oh a new asmr ty❤

I love you v

Don't worry V the wonderful Tessa is here!

I got you back v

I love v😻💛💛💛

Don’t worry V come here let’s watch films

Good video ❤

I promise you, that I will be here for you V, and support you no matter what