Justin Ryan
Justin Ryan
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Calculus I Lecture 8
This lecture presents the product and quotient rules, section 2.4 from our textbook.
Просмотров: 96

Видео

Calc I Lecture 7
Просмотров 99Год назад
Fall 2023 Semester, Lecture 7. This lecture covers section 2.3 of the text, differentiation rules.
Calculus I: Asymptotes (Example)
Просмотров 136Год назад
Justin works through an example of finding vertical and horizontal asymptotes.
Integration by U-Substitution
Просмотров 130Год назад
Justin presents the method of integration commonly known as u-substitution with examples.
Lecture 20: Impulse Functions
Просмотров 3563 года назад
Justin discusses the Dirac delta "function" and solving IVP involving impulse functions, following section 6.5 of Boyce, DiPrima, and Meade's text.
Lecture 20: Introduction to Quadratic Forms
Просмотров 4583 года назад
Justin introduces quadratic forms following section 6.6 of Leon and de Pillis's text.
Lecture 19: Discontinuous Step Functions
Просмотров 4053 года назад
Justin discusses step functions and their role in initial value problems, following sections 6.3 and 6.4 of Boyce, DiPrima, and Meade's book.
Lecture 18: Laplace Transform Solutions to IVP
Просмотров 1 тыс.3 года назад
Justin presents the method of solving IVP with Laplace transforms following section 6.2 of Boyce, Di Prima, and Meade's text.
Lecture 19: Singular Value Decomposition
Просмотров 3173 года назад
Justin introduces the SVD following section 6.5 of Leon and de Pillis's text.
Lecture 18: Diagonalizable Matrices
Просмотров 1553 года назад
Justin discusses diagonalization of square matrices following section 6.3 of Leon and de Pillis's text.
Lecture 17: Introduction to the Laplace Transform
Просмотров 1573 года назад
Justin introduces the Laplace Transform following section 6.1 of Boyce, DiPrima, and Meade's text.
Lecture 17: Systems of Linear Differential Equations
Просмотров 1753 года назад
Justin discusses a matrix approach to solving systems of linear differential equations, following Section 6.2 of Leon and de Pillis's text.
Lecture 16: Eigenvalues and Eigenvectors.
Просмотров 1143 года назад
Justin introduces the notion of eigenvalues and eigenvectors following section 5.1 of Leon and de Pillis's text.
Lecture 16: Power Series Solutions (Part II)
Просмотров 1763 года назад
Justin discusses power series solutions to SOLHDE centered at a regular singular point.
Lecture 15: Series Solutions to Differential Equations (Part I)
Просмотров 3863 года назад
Justin discusses methods for finding series solutions to linear homogeneous second order differential equations near an ordinary point, following sections 5.2 and 5.3 of Boyce, DiPrima, and Meade's text.
Lecture 15: Orthogonal Sets and Gram-Schmidt
Просмотров 2513 года назад
Lecture 15: Orthogonal Sets and Gram-Schmidt
Lecture 14: Review of Power Series
Просмотров 2043 года назад
Lecture 14: Review of Power Series
Lecture 14: Inner Product Spaces
Просмотров 1863 года назад
Lecture 14: Inner Product Spaces
Lecture 16: Triple Integrals
Просмотров 2613 года назад
Lecture 16: Triple Integrals
Lecture 13: Least Squares (CORRECTED)
Просмотров 1033 года назад
Lecture 13: Least Squares (CORRECTED)
Lecture 13: Least Squares (WITH ERRORS)
Просмотров 393 года назад
Lecture 13: Least Squares (WITH ERRORS)
Lecture 15: Surface Area
Просмотров 2703 года назад
Lecture 15: Surface Area
Lecture 14: Polar Coordinates
Просмотров 1493 года назад
Lecture 14: Polar Coordinates
Lecture 13: Variation of Parameters
Просмотров 863 года назад
Lecture 13: Variation of Parameters
Lecture 12: Introduction to Orthogonality
Просмотров 1003 года назад
Lecture 12: Introduction to Orthogonality
Lecture 12: Undetermined Coefficients
Просмотров 963 года назад
Lecture 12: Undetermined Coefficients
Lecture 13: Change of Coordinates
Просмотров 1453 года назад
Lecture 13: Change of Coordinates
Lecture 11: Matrix Representations of Linear Transformations
Просмотров 1203 года назад
Lecture 11: Matrix Representations of Linear Transformations
Lecture 12: Introduction to Double Integrals
Просмотров 1003 года назад
Lecture 12: Introduction to Double Integrals
Lecture 11: "SOLHECC" Part II
Просмотров 793 года назад
Lecture 11: "SOLHECC" Part II

Комментарии

  • @probablyisaac
    @probablyisaac 3 дня назад

    play block tales professor

  • @heartbreaking4763
    @heartbreaking4763 21 день назад

    thanks 🐐

  • @SyedMuhammadAliAkbar-f7e
    @SyedMuhammadAliAkbar-f7e Месяц назад

    does anyone know whats the point of this course

  • @aaronstone5142
    @aaronstone5142 Месяц назад

    Great video

  • @heronkulukul4156
    @heronkulukul4156 Месяц назад

    Thanks!!

  • @meenakshi_srinivasan
    @meenakshi_srinivasan Месяц назад

    Exactly what I was looking for! Thanks a lot!

  • @RealizeKaruga
    @RealizeKaruga 2 месяца назад

    It's so much help full for me

  • @rustergyt
    @rustergyt 2 месяца назад

    try 9801/(1103*8^(1/2))

  • @amiralidoroudiyan4331
    @amiralidoroudiyan4331 2 месяца назад

    Thank you so much, sir

  • @amiralidoroudiyan4331
    @amiralidoroudiyan4331 2 месяца назад

    Thank you so much, sir

  • @silvo9460
    @silvo9460 3 месяца назад

    thank you so much

  • @fortunatenkuthalo
    @fortunatenkuthalo 3 месяца назад

    thank you

  • @preciousmathematicsfun4331
    @preciousmathematicsfun4331 4 месяца назад

    Nice 👍

  • @blender6895
    @blender6895 4 месяца назад

    more example on this ..show that this is equivalent to that

  • @feshonic
    @feshonic 5 месяцев назад

    Great description thanks

  • @ksofficerofficer7858
    @ksofficerofficer7858 5 месяцев назад

    OMG what is wrong with me not a single word went through my head.

  • @matthewstuart8723
    @matthewstuart8723 5 месяцев назад

    The very niche video I was looking for for my exam tomorrow, thank you so much

  • @sc0x2d
    @sc0x2d 5 месяцев назад

    thank you so much <3

  • @dragonlovesdiamond9512
    @dragonlovesdiamond9512 5 месяцев назад

    how about for ellipse/

  • @lol-gu4wr
    @lol-gu4wr 5 месяцев назад

    it's helpful. Thank you!!

  • @UrvashiBalasubramaniam
    @UrvashiBalasubramaniam 5 месяцев назад

    So well explained thank you so much!

  • @aidenstonehouse9651
    @aidenstonehouse9651 6 месяцев назад

    nice video

  • @andrewhall3799
    @andrewhall3799 6 месяцев назад

    I love you

  • @MordrenScience-24ms
    @MordrenScience-24ms 6 месяцев назад

  • @ralphfoster6496
    @ralphfoster6496 7 месяцев назад

    Lifesaver thank you 🙏🏽

  • @linaaveyaa
    @linaaveyaa 7 месяцев назад

    i love you

  • @GRACEANMELBONGA-xr8yw
    @GRACEANMELBONGA-xr8yw 7 месяцев назад

    thank you very much!

  • @Ddvipcotxtix
    @Ddvipcotxtix 8 месяцев назад

    👍

  • @quebqueb7225
    @quebqueb7225 8 месяцев назад

    Thank u so much I can actually understand what the integrals are doing in my thermodynamics chemistry course❤

  • @carleto-y8q
    @carleto-y8q 8 месяцев назад

    Horse shit, a length is not equal to a surface area. Why do you omit the units of the integrals?

  • @medstew
    @medstew 8 месяцев назад

    Appreciate it, was missing school and had homework for stuff I wasn’t here to learn, when I graduate middle school, I’ll remember you helped me

  • @iluminatibox9949
    @iluminatibox9949 8 месяцев назад

    hello why a+b is rational ? I though the formular for contradiction is not p->q then should be like P: irrational+rational = Q:irrational? since Q remains the same in formular????

  • @dudeiknowman
    @dudeiknowman 8 месяцев назад

    Thanks!

  • @Josh-kw7zk
    @Josh-kw7zk 8 месяцев назад

    i was stuck for like 3 hours whit this problem, thank you so much!!

  • @ArjunSoman-m6x
    @ArjunSoman-m6x 8 месяцев назад

    Beast mode

  • @kerryloh5285
    @kerryloh5285 9 месяцев назад

    good video!

  • @idilbabaoglu2836
    @idilbabaoglu2836 9 месяцев назад

    Love it❤

  • @mohamadshukri0274
    @mohamadshukri0274 10 месяцев назад

    hello sir.. just want to ask, is if and only if same with only if??

  • @bandes37922
    @bandes37922 11 месяцев назад

    Looking for someone who has done a square: Use Stokes' theorem to find the circulation of F (yz, xy, xz) on the boundary of the square with vertices (0,0,2), (1,0, 2), (1,1,2), and (0,1,2), oriented counter-clockwise as viewed from above.

    • @shawntruong6300
      @shawntruong6300 10 месяцев назад

      Since the z coordinate is constant for all of the points, you know that all coordinates are coplanar to the xy plane. So the normal vector to the surface is n = (0,0,1) The surface that you're integrating over is analagous to the area of that square. I hope this helps! - From a fellow Calc 3 student

  • @PsychWonders
    @PsychWonders 11 месяцев назад

    thanks sir

  • @minhluanne7462
    @minhluanne7462 11 месяцев назад

    where is the next part Prof?

  • @markreonal4805
    @markreonal4805 11 месяцев назад

    awesome video so helpful to calculate triple integrals

  • @markreonal4805
    @markreonal4805 11 месяцев назад

    awesome video so helpful to calculate triple integrals

  • @Brandon-yk6st
    @Brandon-yk6st 11 месяцев назад

    Thanks so much sir 👏

  • @ohtanner
    @ohtanner Год назад

    Thanks bro

  • @Frank-kx4hc
    @Frank-kx4hc Год назад

    Here a new method for finding Bezout's coefficients : ruclips.net/video/QqqEUmt--1Q/видео.htmlsi=V277W7pE3qkQUtk7

  • @ayaat_life
    @ayaat_life Год назад

    thanks

  • @jesusisea3774
    @jesusisea3774 Год назад

    Cool video!

  • @ohmpatel4477
    @ohmpatel4477 Год назад

    Great explaination!

  • @秦岚-u4z
    @秦岚-u4z Год назад

    Nice