Derivatives of all hyperbolic functions (proofs)

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  • Опубліковано 24 гру 2024

КОМЕНТАРІ • 51

  • @DStyle4
    @DStyle4 3 роки тому +31

    I love this channel! It is a great learning resource for me!

  • @millu94
    @millu94 Рік тому +5

    Hey my name is Josh!

  • @subrat0001
    @subrat0001 2 роки тому +11

    I like his way of changing markers from a single hand.

  • @aphelmusonda5253
    @aphelmusonda5253 2 роки тому +3

    this man is very intelligent, just the way he is spining the two markers in his hand makes me feel high

  • @aphelmusonda5253
    @aphelmusonda5253 2 роки тому +2

    thank you for teaching me in just 11 minutes (watching from zambia)

  • @DeeperMeanings-eg8tu
    @DeeperMeanings-eg8tu 2 місяці тому

    your explanation is very thorough, good job!

  • @DeeperMeanings-eg8tu
    @DeeperMeanings-eg8tu 2 місяці тому

    also the way you switch markers is cool

  • @rakuziio_art
    @rakuziio_art Рік тому

    See how smooth is he, switching the marker. Love it.

  • @tsionaddisuka
    @tsionaddisuka 8 місяців тому

    This is amazing video 😮 watching from Ethiopia

  • @njengagachanja7197
    @njengagachanja7197 2 роки тому +2

    Great video👍👍 watching from Kenya

  • @09neptune
    @09neptune 2 роки тому

    very clear explanation thank you

  • @MathematicsPro-v6v
    @MathematicsPro-v6v Місяць тому

    great video sir thanks a lot

  • @cosmicvoidtree
    @cosmicvoidtree 3 роки тому +8

    Hey love your channels, I’ve learned more calculus from your channels than I have at school (because I haven’t actually gotten to calculus yet). Anyway I had a video idea, since you just did derivatives of inverse trig functions recently, I thought doing the inverse of the error function (just the integral part of the definition for simplicity). I tried this myself similar to how you did the inverse trig function but got stuck when I got to dy/dx=1/e^-y^2. Maybe you could try this and see if you have any luck with it? Thanks for being a great math channel.

    • @nitayweksler3051
      @nitayweksler3051 3 роки тому

      Hi. I would like to try it for fun, what is the function?

  • @unusuallyy
    @unusuallyy 6 місяців тому

    simply genius 🥰🥰🥰🥰

  • @kibromhabtamu
    @kibromhabtamu 2 роки тому

    hy am josh and i like your pronounsation

  • @pouyamohajer9643
    @pouyamohajer9643 2 роки тому

    Hi
    Im from iran and this video is beautiful
    Thanks

  • @Meander_Man
    @Meander_Man 2 роки тому +1

    4:24 why Is he holding Pokeball if he is using duster

  • @physcialsciencetutor9750
    @physcialsciencetutor9750 2 роки тому

    The guy is wow in explaination

  • @ravisharaghavan8010
    @ravisharaghavan8010 3 роки тому

    Nice video man

  • @erroraftererror8329
    @erroraftererror8329 3 роки тому +9

    I looked up how to pronounce the hyperbolic trig functions one time. Sech is pronounced exactly as it's spelled with the ch as it is normally prounounced in the English language. Csch is pronounced like sech but with the co- prefix in front of it. Coth is pronounced exactly as it is spelled, just like sech. Like "kawth".

  • @blackstarice
    @blackstarice 5 місяців тому

    amazing

  • @JoshT13
    @JoshT13 Рік тому

    This is josh

  • @user-wu8yq1rb9t
    @user-wu8yq1rb9t 3 роки тому

    Thank you teacher

  • @thomasolson7447
    @thomasolson7447 9 місяців тому

    I'm thinking the hyperbolic functions are just regular old fashioned trig functions with complex numbers. Take a look at e. Two of those are imaginary, and the last one has a sign change because of this.

  • @muhamadsadulla
    @muhamadsadulla Рік тому

    Thank for you

  • @MathAdam
    @MathAdam 3 роки тому +1

    Is this really ALL of them? Or is this... (wait for it!)... hyperbole? 😜

  • @fanamatakecick97
    @fanamatakecick97 3 роки тому

    The way i look at hyperbolas, they’re inverse ellipses

  • @manjulabhata3736
    @manjulabhata3736 3 роки тому

    Thank you sir

  • @yacobbezebihe8678
    @yacobbezebihe8678 2 роки тому

    Thank you!

  • @montaha468
    @montaha468 2 роки тому

    I liked it

  • @surajjani4868
    @surajjani4868 3 роки тому

    How to solve integration within a minute?

  • @SuperYoonHo
    @SuperYoonHo 2 роки тому

    Yeah! BPRP NORMAL

  • @JohnDoe-hd6ly
    @JohnDoe-hd6ly 2 роки тому

    Very helpful. But I have to ask the ultimate question. Who’s in the poke ball

    • @carultch
      @carultch 10 місяців тому

      It's his microphone.

  • @chrollokillua3945
    @chrollokillua3945 3 роки тому

    Pokeball :D !!!

  • @awenomer9818
    @awenomer9818 Рік тому +3

    Are you a Muslim ☪️?

    • @m3nny125
      @m3nny125 8 місяців тому

      Good question i also started to wonder about that a while ago, i suspect he is but i'm unsure. barely any taiwanese are muslims, but at the same time he had a very long beard grown out, and he cut it at around the same time countries like china/surrounding china started being really strict on muslims and regulating what they can and can't do in stuff like growing your beard really long. he also clearly has a decent degree of respect for arabs as seen by him selling his algebra shirt in the original arabic word (الجبر) so he could be muslim but i'm not sure. I really hope he is though as he is a great teacher especially in calculus.

  • @tsionaddisuka
    @tsionaddisuka 8 місяців тому

    This is amazing video 😮 watching from Ethiopia