Vapour Absorption Systems-1

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  • Опубликовано: 31 янв 2025

Комментарии •

  • @johnwick6066
    @johnwick6066 6 лет назад +1

    simple and yet comprehensive,saved my time and energy understanding from textbooks

    • @yashmalik8348
      @yashmalik8348 3 года назад

      you cant kill a guy with youtube video..book&pencil forever mr wick

  • @waqarhassan6039
    @waqarhassan6039 3 года назад

    Excellent sir.Interactive way of teaching and better understanding.Keep it up sir.

  • @saketsharma827
    @saketsharma827 5 лет назад +2

    What a great explanation sir! Thank you so much

  • @EXPLORINGPIPING
    @EXPLORINGPIPING 7 лет назад +1

    100% out put video, awesome explanation sir, and better of of convay concept on rac

  • @HemantKumar-rl9uv
    @HemantKumar-rl9uv 6 лет назад +4

    such a quality lecture amazing

  • @lindasvlog1720
    @lindasvlog1720 7 лет назад +6

    Sir u nailed Refrigeration and air conditioning. Your explanation are such a great even brainless people may understand.

  • @oguzday9220
    @oguzday9220 5 лет назад

    Thank you very much. It was very valuable and beneficial lecture.

  • @Abhi-nb1xo
    @Abhi-nb1xo 5 лет назад +2

    Thanks sir...u save m everytime for the exam

  • @indiantraveller194
    @indiantraveller194 2 года назад

    Very niece sir

  • @sridhararaomv4946
    @sridhararaomv4946 3 года назад

    Sir, In the Generator , heat is supplied to generate Ammonia vapour. At the same time, water vapour needs to be condensed. That means there shall be some cooling medium to condense the water vapour. This is not considered in the COP calculation.

  • @rahuldhameja7755
    @rahuldhameja7755 7 лет назад +1

    Thank you so much sir for these great lectures.

  • @GurunathRK
    @GurunathRK 3 года назад

    thank you so much sir. very simple and easily understandable.

  • @saroj3462
    @saroj3462 4 года назад

    Thank you sir for such a great lecture

  • @saikumar-tn1ku
    @saikumar-tn1ku 7 лет назад +1

    thank you for uploading vedios

  • @kunaldewangan7689
    @kunaldewangan7689 6 лет назад +3

    How you involved pump work in entropy equation?

  • @TanweerAhmed
    @TanweerAhmed 5 лет назад

    Nice job

  • @shanmukhasrinivas4758
    @shanmukhasrinivas4758 4 года назад

    sir why have you divided the heat eenergy balance equation with Ta? @15:04

  • @prakashep9996
    @prakashep9996 6 лет назад

    Very good explanation

  • @gotosanju2005
    @gotosanju2005 6 лет назад

    Nice Lecture Sir..

  • @nikhilchandratre6621
    @nikhilchandratre6621 7 лет назад +2

    how work transfer can increase the entropy @14:46

  • @VirajTakale
    @VirajTakale 7 лет назад

    hi people! Try searching this ICYBALL on wikipedia. It is one of the applications of Vapour Absorption Systems.

  • @michaillaios4764
    @michaillaios4764 6 лет назад

    Can you suggest me any video our any other info for continuous processes of charging and discharging? i mean how it works with two pairs of absorber-generator?

  • @osandasomaratna8386
    @osandasomaratna8386 4 года назад

    Thank you !

  • @REDSLibrary
    @REDSLibrary 5 лет назад

    very clear thank you

  • @nageshrohilla4693
    @nageshrohilla4693 7 лет назад +1

    sir at 19.04 you said this is all about vpour compression system but according to layout i think this is all about vpour abs. systm.... sir plz clear doubt by comment.

    • @HemantKumar-rl9uv
      @HemantKumar-rl9uv 6 лет назад

      dear nagesh it is for vapour absorption refrigeration system only it is slip of tongue

  • @samyakjain7574
    @samyakjain7574 4 года назад

    Eureka🔥🔥🔥🔥

  • @punitkumarsingh4284
    @punitkumarsingh4284 7 лет назад

    Thank you

  • @kitchen2516
    @kitchen2516 5 лет назад

    21:25...can anyone tell me how COP

    • @shanmukhasrinivas4758
      @shanmukhasrinivas4758 4 года назад +1

      since it is derived that COP=(Tg-Ta/Tg)x(Te/Ta-Te), which meIns Depression = (Tg-Ta/Tg) and LIFT= (Te/Ta-Te). Therefore COP=D/L

  • @yogeshs5312
    @yogeshs5312 5 лет назад

    Not explained in detail

  • @pkhindusanatani
    @pkhindusanatani 5 лет назад

    Hindi me bataiye

  • @tusshardhakate12
    @tusshardhakate12 7 лет назад

    very bad quality of pixels

  • @tusshardhakate12
    @tusshardhakate12 7 лет назад

    very bad quality of pixels