Unsteady Flow Processes | Thermodynamics | (Solved Examples)

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  • Опубликовано: 22 авг 2024

Комментарии • 25

  • @abdulmoiz6292
    @abdulmoiz6292 Год назад +3

    I have been waiting for your thermo videos for more than 5 months.

    • @QuestionSolutions
      @QuestionSolutions  Год назад +1

      It's been really busy with my personal life so I wasn't able to get more videos out. 😔

  • @CuetianBro
    @CuetianBro 7 месяцев назад +1

    your teaching skill is just awesome.

  • @muhammadharis8925
    @muhammadharis8925 Год назад +4

    After thermodynamics 1, start lecture series for thermo 2.
    It's my humble request please.

    • @QuestionSolutions
      @QuestionSolutions  Год назад +4

      I'll add it to my list but I am hoping to cover all the basic subjects first before going into deeper topics 👍

  • @daviddukhanibanda3766
    @daviddukhanibanda3766 Год назад +2

    Continue doing what you're doing 🤞🏽📸❤️
    You're the best🔥🔥
    Kindly do videos on mechanics of materials

    • @QuestionSolutions
      @QuestionSolutions  Год назад +1

      Thank you! I am happy to hear these videos are helpful. :)

  • @adityamalhotra3058
    @adityamalhotra3058 6 месяцев назад

    Very good I have midterm on Monday !

  • @manasladdha4601
    @manasladdha4601 Год назад +1

    Do you have plans to do videos on Fluid and Solid Mechanics?

    • @QuestionSolutions
      @QuestionSolutions  Год назад +1

      Yes, eventually, but probably not for sometime. It's on my to-do list. 👍

  • @itsyogurt9247
    @itsyogurt9247 8 месяцев назад

    I don;t get why you get the average of enthalypy on the 1st question. Is it because the h2 is the "end enthalpy" of the system inside so h_exit should be between h1 and h2?

    • @QuestionSolutions
      @QuestionSolutions  8 месяцев назад

      I explain this at 2:20. So in simple terms, we need to make assumptions, one such assumption is that things "won't change." So to get that, we need to average out values, otherwise, solving these problems would require a lot more work, with time rate differences.

  • @letsleon1459
    @letsleon1459 Год назад

    hi
    can you make a video about friction

    • @QuestionSolutions
      @QuestionSolutions  Год назад +2

      It's on my to-do list but I probably won't be able to get it done for some time, still working on thermodynamics videos 😅

  • @christopherelkhoury7294
    @christopherelkhoury7294 9 месяцев назад

    do you have videos on carnot cycles?

    • @QuestionSolutions
      @QuestionSolutions  9 месяцев назад

      That's the next video coming up. Haven't been able to finish it yet :(

    • @christopherelkhoury7294
      @christopherelkhoury7294 9 месяцев назад

      @@QuestionSolutions my final is in 2 weeks will you be able to finish it? 😅 excellent videos btw

    • @QuestionSolutions
      @QuestionSolutions  9 месяцев назад

      @@christopherelkhoury7294 I'll try my best :)

  • @wasiullahlalzai1161
    @wasiullahlalzai1161 Год назад

    I am really struggling with Mechanical of material class, will you ever be uploading topics about it ?

    • @QuestionSolutions
      @QuestionSolutions  Год назад +1

      It's on my to-do list, but I probably won't get to it for some time. There are a lot of videos on mechanics of materials on RUclips. Have you looked through them as well?

    • @wasiullahlalzai1161
      @wasiullahlalzai1161 Год назад +2

      @@QuestionSolutions I did but your explanation are clear as daylight .

  • @7mood3bdullah47
    @7mood3bdullah47 9 месяцев назад

    i didnt understand last example

    • @QuestionSolutions
      @QuestionSolutions  9 месяцев назад

      I am sorry to hear that. Which part did you have a hard time understanding?