Brian Mulholland
Brian Mulholland
  • Видео 158
  • Просмотров 139 416

Видео

5 Chain Rule Example with 2 variables
Просмотров 1838 лет назад
5 Chain Rule Example with 2 variables
8 Applications of Double Integral of General Regions
Просмотров 1,2 тыс.8 лет назад
8 Applications of Double Integral of General Regions
6 Chain Rule Example with 2 variables Attempt 2
Просмотров 2248 лет назад
6 Chain Rule Example with 2 variables Attempt 2
9 General Region Double Integral Example A
Просмотров 3498 лет назад
9 General Region Double Integral Example A
7 The Chain Rule and Implicit Differentiation
Просмотров 3418 лет назад
7 The Chain Rule and Implicit Differentiation
7 Clairaut's Theorem
Просмотров 22 тыс.8 лет назад
7 Clairaut's Theorem
4 Closed Domain Example
Просмотров 2448 лет назад
4 Closed Domain Example
Mathematica Ellipsoid
Просмотров 2,1 тыс.8 лет назад
Mathematica Ellipsoid
Lecture 12 3 Dot Product Example
Просмотров 968 лет назад
Lecture 12 3 Dot Product Example
4 Mathematica Partial Derivative Example
Просмотров 3,2 тыс.8 лет назад
4 Mathematica Partial Derivative Example
Integrals of Vector Valued Functions
Просмотров 2818 лет назад
Integrals of Vector Valued Functions
6 Partial Derivative Example B
Просмотров 1848 лет назад
6 Partial Derivative Example B
8 Implicit Differentiation
Просмотров 4808 лет назад
8 Implicit Differentiation
Distance between a Point and a Plane
Просмотров 1,4 тыс.8 лет назад
Distance between a Point and a Plane
6 Double Integrals over General Regions
Просмотров 3298 лет назад
6 Double Integrals over General Regions
Properties of Derivatives
Просмотров 1818 лет назад
Properties of Derivatives
6 Line Integrals and Work
Просмотров 2328 лет назад
6 Line Integrals and Work
5 Facts about Line Integrals
Просмотров 1568 лет назад
5 Facts about Line Integrals
4 Line Integrals with respect to x and y
Просмотров 2,3 тыс.8 лет назад
4 Line Integrals with respect to x and y
Arclength Reparametrization
Просмотров 7 тыс.8 лет назад
Arclength Reparametrization
Lecture 12 3 Dot Product and Projections
Просмотров 1608 лет назад
Lecture 12 3 Dot Product and Projections
7 Line Integral Example A
Просмотров 1198 лет назад
7 Line Integral Example A
The Derivative of Vector Valued Functions
Просмотров 2308 лет назад
The Derivative of Vector Valued Functions
Introduction to Planes
Просмотров 1,3 тыс.8 лет назад
Introduction to Planes
4 Chain Rule Example A
Просмотров 1838 лет назад
4 Chain Rule Example A
Lecture 12 4 Cross Product Properties
Просмотров 1268 лет назад
Lecture 12 4 Cross Product Properties
Motion of a Particle and TNB Frame Part 2
Просмотров 1498 лет назад
Motion of a Particle and TNB Frame Part 2
5 Partial Derivative Example A
Просмотров 1978 лет назад
5 Partial Derivative Example A
8 Line Integral Final Example
Просмотров 918 лет назад
8 Line Integral Final Example

Комментарии

  • @redsword7192
    @redsword7192 Месяц назад

    Thanks a lot my friend. Finally I understand this topic

  • @BeyondMatrix_
    @BeyondMatrix_ 2 месяца назад

    Very good, learned it very well. Thank you sir!

  • @97278uq
    @97278uq 3 месяца назад

    how about by using the standard table of values method?

  • @97278uq
    @97278uq 3 месяца назад

    exactly what im looking for

  • @ianomondi8261
    @ianomondi8261 4 месяца назад

    Thank you sir, your explanation is perfect 🎉🎉🎉🎉🎉🎉🎉🎉🎉

  • @ardordeleon
    @ardordeleon 5 месяцев назад

    Who else was expecting "8" examples? 😂

  • @gangakrishna2876
    @gangakrishna2876 6 месяцев назад

    Nice work😊

  • @suleimanmohamed5388
    @suleimanmohamed5388 6 месяцев назад

    stupid , worse session ever seen

  • @user-tw6ne4gl2r
    @user-tw6ne4gl2r 7 месяцев назад

    Usefull video , thank u...

  • @hcm9999
    @hcm9999 9 месяцев назад

    Here is an idea: I think both space and velocity DO NOT EXIST because both depend on an absolute and arbitrary frame of reference that do not exist. On the other hand, acceleration can be measured absolutely, independent of any frame of reference. So acceleration exists, but not space or velocity. So we need a NEW theory of Physics, in which only acceleration exists, but not space or velocity. For example, it is possible to measure the acceleration of a spaceship independent of any frame of reference. But it is impossible to measure the position or velocity of the spaceship if you don't have a frame of reference. A frame of reference is always RELATIVE to some arbitrary object in the universe. An absolute frame of reference does not exist. Since an absolute frame of reference does not exist, neither do position or velocity. So both position or velocity need to be purged from Physics.

  • @MichaelPaine
    @MichaelPaine 10 месяцев назад

    is there another situation, where you hold 2 rulers parallel in front of you, and tilt one but dont twist it under the other? or is that the same?

  • @billycheung5114
    @billycheung5114 11 месяцев назад

    That’s really awesome

  • @billycheung5114
    @billycheung5114 11 месяцев назад

    Thanks for the brilliant video !!!!!

  • @thomasshanunu8581
    @thomasshanunu8581 Год назад

    u explain in a chilled maner which is enjoyeable

  • @noahgsolomon
    @noahgsolomon Год назад

    Don't see why the bounds for z are 0 to 2 and not 2 to 4. You plug in 0 for x and y to get z = 4 and we are given the other bound of z=2.

  • @weteaman1498
    @weteaman1498 Год назад

    Thank u so much

  • @sarahsam8958
    @sarahsam8958 Год назад

    Please y is the function 1

    • @dziugaslukosius3386
      @dziugaslukosius3386 2 месяца назад

      because is you want to find the volume when triple integrating you use the function 1. If you use a function with variables you will get a hyper-volume which is essentially volume but in 4d, not 3d.

  • @ulas_kilivan
    @ulas_kilivan Год назад

    :')

  • @milespiano
    @milespiano Год назад

    do write backwards??? how does your setup work?? thats so cool!!

    • @notnemeziz
      @notnemeziz 10 месяцев назад

      i think he mirrors the original video(so hes originally right handed ig)....pretty smart if u ask me...i was so tripped out at first

  • @frankdearr2772
    @frankdearr2772 Год назад

    hello, great video, thanks for that :)

  • @MDMamun-mc8hq
    @MDMamun-mc8hq Год назад

    really good

  • @technoplus6895
    @technoplus6895 Год назад

    actually you are doing good

  • @privilegendary
    @privilegendary Год назад

    Excellent explanation

  • @dsledgend
    @dsledgend Год назад

    thank you bro

  • @zaquary
    @zaquary Год назад

    awesome video and instructor!

  • @bestfewseconds
    @bestfewseconds Год назад

    "you can start with any order, im going to start with y because y not. "🤣🤣. great thinking there

  • @mysteriousperson898
    @mysteriousperson898 Год назад

    Timeless! Thank you Brian for the quality explanation

  • @lindokuhlepercy5650
    @lindokuhlepercy5650 2 года назад

    Thank you, this was extremely helpful ❤️♥️♥️

  • @digitalmarketing5782
    @digitalmarketing5782 2 года назад

    Thank you

  • @munashemhakutangwi3089
    @munashemhakutangwi3089 2 года назад

    absolute legend thank you

  • @advayiyer6456
    @advayiyer6456 2 года назад

    is this guy writing backwards???

    • @angelo-witt
      @angelo-witt 6 дней назад

      higher math is always written backwards

  • @profesorjan7614
    @profesorjan7614 2 года назад

    Very very nice and clear proof.

  • @niwaymamushet9454
    @niwaymamushet9454 2 года назад

    Thanks

  • @user-nb7wz7wg5u
    @user-nb7wz7wg5u 2 года назад

    I don't know if this man is so good or professor at college is dumb. Both may be true.

  • @John2Riley
    @John2Riley 2 года назад

    Thanks for posting these videos. Very helpful.

  • @chileshesikazwe8500
    @chileshesikazwe8500 2 года назад

    Excellent mesmerizing work.

  • @wise1330
    @wise1330 3 года назад

    Thank you for your reply. I was instigated with your final statement about "what is the difference ?", hoping to see the line of thought from (line integrals with respect to x and y ) to (their summation becomes line integral of vector field). (i.e. P (x, y)dx+ Q(x, y)dy ). In the following video which I was so eager to see, you simply draw the conclusion by introducing the definition. I am a visual person, I wonder if you can project your thought into graphs. Thank you very much.

  • @wise1330
    @wise1330 3 года назад

    where do I find the next video ?

    • @brianmulholland1756
      @brianmulholland1756 3 года назад

      You can find the entire Line Integral Playlist here: ruclips.net/p/PLMQ1lLRDJRrQ7anU14IukECoGubYNJX_D

  • @adolphineabra3421
    @adolphineabra3421 3 года назад

    Thanks ♥️✌️

  • @xludm
    @xludm 3 года назад

    Hello. Could you please provide the code? Thanks in advance.

  • @sulphinesusieodio5602
    @sulphinesusieodio5602 3 года назад

    Thank you so much!! My Professor linked this video for our class, and you're amazing!!

  • @alienwarex51i3
    @alienwarex51i3 3 года назад

    For the bounds of y, wouldn't you put x = 0 as well, so it's just 4 - z (like you did with the x bounds, setting y = 0)?

  • @teeyaojha4365
    @teeyaojha4365 3 года назад

    thank you so much

  • @jasonarmondo4619
    @jasonarmondo4619 3 года назад

    1:06 if you subtract those integrals, wouldn't it just give you zero?

  • @Mary-mj7le
    @Mary-mj7le 3 года назад

    when u realize this guy has to write backwards and do double integrals

  • @keemgg1004
    @keemgg1004 3 года назад

    You are a LEGEND remember that

  • @baghelharishankar7619
    @baghelharishankar7619 3 года назад

    Superb sir. So much love from 🇮🇳🇮🇳🇮🇳.

  • @AMITYADAV-px3sr
    @AMITYADAV-px3sr 3 года назад

    Excellent Explaination👍

  • @DarinBrownSJDCMath
    @DarinBrownSJDCMath 3 года назад

    I think your notes are wrong. I get 5pi/2.

    • @NoName-fg6np
      @NoName-fg6np Год назад

      actually it is pi

    • @coolcat30
      @coolcat30 Год назад

      well, actually it is 3pi/2

    • @tymeek4160
      @tymeek4160 Год назад

      hmm, actually it is 5pi/3

    • @coolcat30
      @coolcat30 Год назад

      yeah sorry, you were right, its 5pi/2 sorry my bad i apologise so sorry :D