ASVAB Geometry: Everything You Must Know About Surface Area and Volume | Ace the ASVAB & PiCAT

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  • Опубликовано: 3 янв 2025

Комментарии • 25

  • @trumanlauer4970
    @trumanlauer4970 3 года назад +27

    I watched almost all your videos! I spent months stressing out over the ASVAB. Dozens of hours of studying. As of yesterday I can officially say that I managed to get a 119 GT score. Thanks for your videos.! I really appreciate what you do.

    • @GrammarHero
      @GrammarHero  3 года назад +11

      Congrats on the great GT score, you're welcome, and I wish you the best if you join the military! Honestly, the amount of work that goes on behind the scenes to make these videos is substantial, so I appreciate the feedback! I'm actually editing another video as I write this reply.

  • @manassehmenyongar14
    @manassehmenyongar14 10 месяцев назад +4

    Your videos helped me pass the picat with a score of 80 and I can’t wait to knock out the verification test. I would recommend your channel to anyone interested in improving their ASVAB score

    • @GrammarHero
      @GrammarHero  10 месяцев назад

      Congrats and good luck! Of course, the best part is that all of my content is completely free!

  • @GrammarHero
    @GrammarHero  3 года назад

    Download my ASVAB/PiCAT reference sheet for free here: www.asvabapp.com/Reference.pdf

  • @natcat4023
    @natcat4023 2 года назад +2

    I thoroughly enjoyed this video. THANK YOU SO MUCH!

  • @DariusSings91
    @DariusSings91 3 года назад +3

    At 36:00 you said we’re working with two rectangular prisms but you didn’t mention why the first “square base” box is a rectangular prism. Cubes and rectangular prisms both have squares based. The problem also uses the the word “base” when describing 10units which makes me think of volume= BASE cubed.
    The words “height, width and length” when discussing the rectangular prism, which makes me think of volume = length X width X height.
    Give a reason as to why the the volume for a rectangular prism is used for what seems to be a square box. Thanks!

    • @GrammarHero
      @GrammarHero  3 года назад +5

      I have to correct something you said.
      A rectangular prism can have a square as well as a rectangular base.
      A cube can only have a square base.
      The difference between a cube and a rectangular prism with a square base is that a cube's height will be the same as its length and width, whereas the height of a rectangular prism will be different than its length and width.
      Pro tip: you can always use the formula to find the volume of a rectangular prism to find the volume of a cube.

  • @jackshadow3303
    @jackshadow3303 3 года назад +9

    I bought the book ASVAB for dummies, I feel like I wasted my money, the book is good but it is super confusing for someone like me that is bad at math to read a book without somebody showing me how the formulas work, I 100% Prefer someone showing me in a video how to do it instead of reading it, so thank you hero for doing these type of videos, by any chance will you be making more arithmetic reasoning videos, I kinda watched all of your arithmetic videos and this one of the parts of the ASVAB I tend to struggle a lot I always get a 40-42 and can’t raise my score up.

    • @GrammarHero
      @GrammarHero  3 года назад +1

      More arithmetic reasoning videos will be posted next week! Honestly, some people learn better by watching videos, and some people learn better by reading books. In light of that, I would encourage you to read the ASVAB for Dummies book and watch videos at the same time.

  • @PandaBearZ_
    @PandaBearZ_ 11 месяцев назад

    31:29 If you're excluding LxW, Why even keep that part of the formula in there since you're not painting that part?
    I understand it is the floor so you cancel out the 2 in front of (LxW) why doesn't the (LxW) cancel out as well?

    • @GrammarHero
      @GrammarHero  11 месяцев назад

      You need one l x w to include the surface area of the ceiling!

  • @yakeadams3117
    @yakeadams3117 2 года назад

    Thanks alot...God bless you 🙏

    • @GrammarHero
      @GrammarHero  2 года назад

      You're welcome, and good luck!

  • @marcostarin5689
    @marcostarin5689 2 года назад

    Thank you so much for this

  • @eilleynguyen1607
    @eilleynguyen1607 3 года назад

    Thank you so much!