xboxdimensions
xboxdimensions
  • Видео 7
  • Просмотров 4 783

Видео

Complex Definitions of Trig Functions
Просмотров 436 месяцев назад
yea, inverse trig functions are meant for angles which are real numbers but then complex angles exist now i guess. Introduction 0:00 Deriving cos(x) 1:41 Deriving arctan(z) 3:02 Deriving arcsin(z) 6:45
Euler's Formula - How did we get here?
Просмотров 1,7 тыс.9 месяцев назад
Euler's formula is pretty popular but did you know where it comes from?
cosh(x) is a funny function when it comes to calculus.
Просмотров 1,1 тыс.9 месяцев назад
I made this with my phone. inspired by blackpenredpen
MY IRL DECKS ARE ACTUALLY GOOD? (YGOPRO)
Просмотров 539 месяцев назад
This video shows how gigachad I am as a duelist. My real life decks are so bad that I can do good with them.
12 Methods Units 3/4 Revision (in 7 minutes)
Просмотров 659 месяцев назад
yea i speedrun how could you tell.
THE ULTIMATE STALEMATE IN YUGIOH!
Просмотров 199 месяцев назад
Yea, anime effects are OP. The card image on the divine serpent doesn't even have any japanese/english text. I don't think KONAMI knew what the effects were going to be as well.

Комментарии

  • @oscarbizard2411
    @oscarbizard2411 22 дня назад

    Gotta nerf Feynman's trick in the next math update

  • @lorenzovonmatterhorn6773
    @lorenzovonmatterhorn6773 2 месяца назад

    Is this not Leibniz theorem?

  • @Gisgamel
    @Gisgamel 2 месяца назад

    Great vid

  • @jellymath
    @jellymath 2 месяца назад

    suggestion: you could change the angle of the camera, use a marker instead of a pen, use a white paper, and maybe write more clearly. The quality of production just isn't on the right level and makes it hard to watch

    • @xboxdimensions
      @xboxdimensions 2 месяца назад

      Thanks for the suggestion! I'll keep that in mind for the future.

  • @Ninjamaster9848
    @Ninjamaster9848 9 месяцев назад

    Math

  • @keenanlau12
    @keenanlau12 9 месяцев назад

    thanks for sharing the video with us! Always cool to see how people interpret identities and functions in their own ways. I like this explanation.

  • @bariumselenided5152
    @bariumselenided5152 9 месяцев назад

    I'm not used to differential equations. Is Euler's formula really the only function that satisfies y'=iy ? Very compelling, though. The exponential side of it always felt disconnected to me, this helped them feel like they actually are the same thing

  • @user-bq9jp7bl5p
    @user-bq9jp7bl5p 9 месяцев назад

    You sound so excited great explanation, btw

  • @cooldawg2009
    @cooldawg2009 9 месяцев назад

    Thank you for this explanation

  • @cooldawg2009
    @cooldawg2009 9 месяцев назад

    If you ever re-upload this video, it would be helpful to factor out “i” from the derivative (so people can more clearly see the beginning equation) and then to link the trig function to Euler’s number by saying that this pattern only forms with either of these equations and therefore they must be linked or the different forms of the same expression

  • @Ben_Ja_Man
    @Ben_Ja_Man 9 месяцев назад

    Is this inspired by blackpenredpen’s video from a year ago??

    • @xboxdimensions
      @xboxdimensions 9 месяцев назад

      Yes!

    • @Ben_Ja_Man
      @Ben_Ja_Man 9 месяцев назад

      @@xboxdimensions really? I swear i was watching and swear I heard something similar before🧐, and then it hit me😄

  • @abdallahazazy3670
    @abdallahazazy3670 Год назад

    very based

  • @xboxdimensions
    @xboxdimensions Год назад

    Correction: at 5:35, instead of np(1-p) >5, it should be just n(1-p) > 5 for a large sample