Optical Rotation, Specific Rotation, Calculation

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  • Опубликовано: 25 окт 2024

Комментарии • 13

  • @srinivaspandey2316
    @srinivaspandey2316 4 года назад +2

    Sir you are a great chemistry teacher.

  • @sunandomukherjee7196
    @sunandomukherjee7196 3 года назад

    exceptional.......
    thank you sir

  • @surendrasharma7152
    @surendrasharma7152 6 лет назад +1

    Really helpful video sir

  • @suryadilipsripati6375
    @suryadilipsripati6375 5 лет назад +1

    very well explained sir. Thank you .

  • @thambachem1662
    @thambachem1662 5 лет назад

    thank you sir for your explanation regarding the specific rotation..!!!

  • @marvellouschemistry
    @marvellouschemistry 4 года назад

    good experience

  • @poolakamala5884
    @poolakamala5884 6 лет назад

    thanku so much sir
    such a wonderful explanation

    • @36dolly
      @36dolly 5 лет назад

      Best teacher ...

  • @selvimurugesan9513
    @selvimurugesan9513 3 года назад

    Sir I need explanation about fisher into flying wedge for more than one chiral center molecule. Kindly help me sir

  • @arpithask7917
    @arpithask7917 5 лет назад

    Thank you, sir

  • @ayanabharoy6468
    @ayanabharoy6468 4 года назад

    Sir if a molecule have S-3 axis then is it be sufficient for optical activity??

    • @amitbasak4819
      @amitbasak4819 4 года назад

      Molecules possessing Sn axis (n =1,2,3...) are optically inactive. One example of a molecule having S3 axis is BF3 as it has a plane triangular geometry. NF3, on the other hand is trigonal pyramidal, so it does not have S3.

    • @ayanabharoy6468
      @ayanabharoy6468 4 года назад

      @@amitbasak4819 thank u sir...Ur explanation is great...sir do you have any more videos on some topic in RUclips?