Math Engine
Math Engine
  • Видео 10
  • Просмотров 42 428
[Statics] Centroid & First Moment of Area - Part 1 - Practice Problem
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Buy me a coffee: www.buymeacoffee.com/mathengine
In this video, I cover how to find the centroid and first moment of area with respect to the x and y axis. I cover chapter 5 - Distributed forces - Centroid and Center of Gravity. I will release a separate video for the 2nd problem to make these videos nice and short.
Music: Cheel - Blue Dream
If you enjoyed these videos, don't forget to subscribe and leave a thumbs up, so I can keep making more videos. If you have any questions or suggestions, be sure to comment below. Thanks for watching!
Просмотров: 1 284

Видео

[Statics] Equilibrium of Rigid Bodies 3D Problems
Просмотров 5653 года назад
Consider donating to support the channel for more content. Any contribution is appreciated! Buy me a coffee: www.buymeacoffee.com/mathengine In this video, I cover a 3D rigid body problem. I cover in-depth my thought process and work the problem in detail. If you find this video helpful, consider subscribing for more problems! Thanks for watching! Song Credit: Blue Dream - Cheel
[Statics] Equilibrium of Rigid Bodies 2D Problems
Просмотров 6033 года назад
In this video, I cover some 2d equilibrium of rigid bodies problems. Problem #1 - 0:17 Problem #2 - 5:52 Problem #3 - 11:12 If you enjoyed these videos, don't forget to subscribe and leave a thumbs up, so I can keep making more videos. If you have any questions or suggestions, be sure to comment below. Thanks for watching!
FE Exam 2023 Calculator TI-36X Pro | Solve Probability, Area Between Curves, Dot & Cross Product
Просмотров 13 тыс.4 года назад
Consider donating to support the channel for more content. Any contribution is appreciated! Buy me a coffee: www.buymeacoffee.com/mathengine I took the FE exam using the TI-36X Pro and it worked out for me. In this video, I solve 4 FE style problems using the calculator. Knowing tricks and shortcuts on the calculator can be a time-saver for the FE exam. Get the TI-36X Pro on Amazon: amzn.to/3fj...
Best Calculator For The FE Exam 2023 | Solve Matrix, Determinant, Standard Deviation and Variance
Просмотров 7 тыс.4 года назад
Consider donating to support the channel for more content. Any contribution is appreciated! Buy me a coffee: www.buymeacoffee.com/mathengine I took the FE exam using the TI-36X Pro and it worked out for me. In this video, I solve 4 FE style problems using the calculator. Knowing tricks and shortcuts on the calculator can be a time-saver for the FE exam. Get the TI-36X Pro on Amazon: amzn.to/3fj...
[Statics] Equilibrium of Forces in Space (3D Problems) - Part 2
Просмотров 1,9 тыс.4 года назад
Consider donating to support the channel for more content. Any contribution is appreciated! Buy me a coffee: www.buymeacoffee.com/mathengine Patreon: www.patreon.com/mathengine Note: These videos are made under the “Fair Usage” doctrine of US Copy Right Law. The purpose of this video is only for education, comments, and discussion. All rights belong to the owner. In this video, I go over Chapte...
[Statics] Equilibrium of Forces in Space (3D Problems) - Part 1
Просмотров 9 тыс.4 года назад
Consider donating to support the channel for more content. Any contribution is appreciated! Buy me a coffee: www.buymeacoffee.com/mathengine Note: These videos are made under the “Fair Usage” doctrine of US Copy Right Law. The purpose of this video is only for education, comments, and discussion. All rights belong to the owner. In this video, I go over Chapter 2 of Vector Mechanics For Engineer...
[Statics] Equilibrium of a Particle in a Plane - Chapter 2 with 5 Problems
Просмотров 10 тыс.4 года назад
Consider donating to support the channel for more content. Any contribution is appreciated! Buy me a coffee: www.buymeacoffee.com/mathengine Note: These videos are made under the “Fair Usage” doctrine of US Copy Right Law. The purpose of this video is only for education, comments, and discussion. All rights belong to the owner. In this video, I go over Chapter 2 of Vector Mechanics For Engineer...
Calculus: Quotient Rule With 5 Examples
Просмотров 1044 года назад
In this video, I go over the quotient rule with 5 example problems. Intro - 0:00 Problem 1 - 0:32 Problem 2 - 1:45 Problem 3 - 3:22 Problem 4 - 5:09 Problem 5 - 6:45 Sorry if my voice sounds a little distorted. I will be investing in a mic in the near future to record better quality videos. Don't forget to subscribe and leave a thumbs up, so I can keep making more videos. Thanks for watching!
Calculus: Product Rule With 5 Examples
Просмотров 964 года назад
In this video, I go over the product rule with 5 example problems. A couple of corrections that I noticed in this video: 1) For problem 2, it's differentiate with respect to t, so F'(t). 2) For problem 3, it's differentiate with respect to x, so dy/dx. Intro - 0:00 Problem 1 - 0:43 Problem 2 - 1:58 Problem 3 - 3:22 Problem 4 - 5:59 Problem 5 - 7:58 Sorry if my voice sounds a little distorted. I...

Комментарии

  • @JomarieNanding
    @JomarieNanding 4 месяца назад

    ur fcking idiot, stop what ur doing bruh isn't helpful u givee uss wrong answer

  • @jovitocallangan2636
    @jovitocallangan2636 8 месяцев назад

    thanks

  • @johnmosheim
    @johnmosheim 9 месяцев назад

    My opinion on on calculator and book use in the FE exam: the more you need to use them the more time you’ll waist in most cases. When I took the FE I did not use any books I had next to me a summary set of notes from the FE book and a simple calculator to multiply divide square root + simple stuff.If you end up having to linear equation stuff in the FE exam, skip that to the last thing you do. Trying to solve this question. That could easily take 5-6 minutes if you are fast will eat precious time you need to answer questions you can solve by just looking at to them.

  • @mydrouno
    @mydrouno 9 месяцев назад

    Nice work! Just like I learned it with the table thank you!

  • @mydrouno
    @mydrouno 9 месяцев назад

    Awesome! Thanks!

  • @turab16
    @turab16 9 месяцев назад

    Thank you

  • @turab16
    @turab16 9 месяцев назад

    Thank you!!!!

  • @garthcumberbatch
    @garthcumberbatch 11 месяцев назад

    Do some videos for Dynamics please

  • @angelahbarber1094
    @angelahbarber1094 Год назад

    Hi why is it 200(9.81) is equal to 1692? in fact it is 1962 in my calculator. would you enlighten me with this? or i computed it wrong.

  • @michaellynch1283
    @michaellynch1283 Год назад

    goat🐐🐐🐐

  • @i.k651
    @i.k651 Год назад

    You explain it so well. Thank you.

  • @rojaandia9372
    @rojaandia9372 Год назад

    hi there, where did you get the 320k from?

    • @MathEngine101
      @MathEngine101 Год назад

      That's the component in the z direction. So it's 600k - 280k = 320k.

    • @rojaandia9372
      @rojaandia9372 Год назад

      @@MathEngine101 thank you

  • @mariorodriguez219
    @mariorodriguez219 2 года назад

    good stuff man

  • @cltbabe5838
    @cltbabe5838 2 года назад

    These videos are awesome, thank you!

  • @riyadhbaqer662
    @riyadhbaqer662 2 года назад

    thank you

  • @williekeyz8558
    @williekeyz8558 2 года назад

    Pls how did you get the 320k??

  • @ab_obada5012
    @ab_obada5012 2 года назад

    Before I start asking, thank you very much for this video in the 7:47 how did you get 90 degree and why we substract by 180 ? why we can't solve it as 180-45-30=105 ?

    • @MathEngine101
      @MathEngine101 2 года назад

      Based on the problem, the 600lb force is perpendicular to member AB. Therefore, the 600lb force is the y component of the force P. I set up a *right* triangle at this part along with the coordinate system. Also notice that the x component of force P is parallel to member AB. So, the angle between Px and Py is 90°. Using geometry, I was able to figure out the angle between P and Px is 75°. I assumed the angle between P and Py is alpha (this is what we are solving for). Since the entire triangle is 180°, I subtracted the right angle (90°) and 75° to solve for alpha. Hopefully that helps. To summarize, break down the components of force P for this problem and figure out the angles. Thanks for watching!

    • @ab_obada5012
      @ab_obada5012 2 года назад

      @@MathEngine101 thank you very much for respone.hoever it was very clear to explain, but I discover some lack of my information. I will read section again until to understand it, and I will return back if the God willing

  • @carltolentino2044
    @carltolentino2044 2 года назад

    music background title pls?

  • @amadusbah8770
    @amadusbah8770 3 года назад

    Please try to make it more clear I mean the diagram is vague

  • @satyaamar5414
    @satyaamar5414 3 года назад

    Bro there is a little mistake in your equation of Tab =1575-5/6Tad please correct it

  • @victorseriki8065
    @victorseriki8065 3 года назад

    i do not understand the reason some have negative

  • @skyground21
    @skyground21 3 года назад

    hello.. is that ti-36 pro emulator for PC? how can i get the program?

    • @MathEngine101
      @MathEngine101 3 года назад

      Hey, You will need to download the emulator for Windows/mac. I believe it's a 30 day trial. Thanks for watching. education.ti.com/en/software/details/en/1210FC9EDB85471B9F1F3BED736A1DD0/sda-ti-smartview-ti-30x-pro-multiview

  • @noahunuigbokhai5171
    @noahunuigbokhai5171 3 года назад

    How did u get negative -510j on string DB

    • @MathEngine101
      @MathEngine101 3 года назад

      It's given in the problem, the y component is 510 mm. And that's the direction I chose, downwards being negative.

  • @solus_iterum6530
    @solus_iterum6530 3 года назад

    hey how did you work out question 2.5? ( the question after 2.49 ,i.e,the final problem of the video). Both Questions reference the same diagram. It's the question which states "Two cables are tied together at C and are loaded as shown. Determine the range of values of P for which both cables remain taut'

  • @MDSHADDAMHOSSAIN-jc8gd
    @MDSHADDAMHOSSAIN-jc8gd 3 года назад

    do u solve chapter of centriod and center of gravity,may be chapter 6? if u do or did,it will be kind of u.

    • @MathEngine101
      @MathEngine101 3 года назад

      I'm actually working on that for my next video. Hopefully will have that up soon.

  • @godwincornelius201
    @godwincornelius201 3 года назад

    Never stop doing what you do alright..

  • @vicentebascunan7183
    @vicentebascunan7183 3 года назад

    Thanks man, thanks so much. Tomorrow I have a test about this and bc your videos I'm feel so much prepare for that <3

    • @MathEngine101
      @MathEngine101 3 года назад

      Thanks so much! It's comments like this that gives me passion to create more educational videos. Unfortunately with work, I have limited time to create them. But, I'll do my best. Thanks for watching and good luck on your test! 😀

  • @danyahs5335
    @danyahs5335 3 года назад

    I passed:)

  • @gorkemdedeoglu5397
    @gorkemdedeoglu5397 3 года назад

    Hi bro, I think you determined the way of F wrongly. The mass of the rod is going downward and the rope should pull to upward in order to make it in equilabrium position.

  • @kennydalid9438
    @kennydalid9438 3 года назад

    do you have dynamic topic or chapter 12 to 16

  • @talalkanjo1037
    @talalkanjo1037 3 года назад

    please make more videos <3

  • @talalkanjo1037
    @talalkanjo1037 3 года назад

    please we need more and thanks for this video <3

    • @MathEngine101
      @MathEngine101 3 года назад

      Hello! Glad you're finding it helpful. I'm currently working on a 3D Equilibrium of Rigid Bodies video which I'll have out within a couple weeks. Thanks for watching!

    • @talalkanjo1037
      @talalkanjo1037 3 года назад

      @@MathEngine101 thank you

  • @talalkanjo1037
    @talalkanjo1037 3 года назад

    please make more videos man <3 like u

  • @kyranm6821
    @kyranm6821 3 года назад

    How did you get 200*9.81+1692?

    • @MathEngine101
      @MathEngine101 3 года назад

      Hi, it's (200 kg) * (9.81 m/s^2) = 1692 N to get the weight of the object. 200 kg is the given mass and 9.81 m/s^2 is the gravitational acceleration constant. Hope that helps.

  • @clydeceniza2521
    @clydeceniza2521 4 года назад

    DUDE YOU JUST SAVED MY GRADES