Diffraction Grating Problems - Physics

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  • Опубликовано: 23 янв 2025

Комментарии • 92

  • @TheOrganicChemistryTutor
    @TheOrganicChemistryTutor  Год назад +2

    Final Exams and Video Playlists: www.video-tutor.net/

  • @nontlerembeyi7881
    @nontlerembeyi7881 3 года назад +156

    Guys most of us owe our lives to this dude, you're a gem man. Thank you, God bless you and keep making these vids cause we love them. Peace

    • @twontt
      @twontt 2 года назад +3

      Facts bro

    • @fustigate8933
      @fustigate8933 2 года назад +5

      I don't owe my life to him.

  • @wangxianist
    @wangxianist 5 лет назад +15

    YOU ARE A SAVIOR YOU SAVED ME IN MY ORG CHEM AND NOW YOURE SAVING ME IN MY PHYSICS

  • @iphoneeeful
    @iphoneeeful 6 лет назад +58

    This helped so much! Can you please make a video about thin film interference

  • @kirasama8144
    @kirasama8144 6 лет назад +7

    you are a veary talented teacher i only understand physics from you thanks a lot :)

  • @abdinasirmohamed9085
    @abdinasirmohamed9085 7 лет назад +9

    Thank u you ARE MY TEACHER REALITY

  • @kanishfatima1654
    @kanishfatima1654 6 лет назад +9

    Loads n loads of thanks, u made my day , I was struggling with this question ❤

  • @沈む瀬あれば浮かぶ瀬あり

    this man's saving my Waves and Light test, an absolute godsend

  • @dianayusuf9086
    @dianayusuf9086 6 лет назад +5

    Thank you for making this and other videos. Really helpful for a faoundation student like me. Thanks again !

  • @dhananjay4525
    @dhananjay4525 3 года назад +1

    This is exactly the video I was searching for
    Thanks bro

  • @brd8764
    @brd8764 4 года назад

    Grating problems. These kind of problems in higher education which have a method like usual study problems or sometimes a bit of difficulty level is a test for knowing the problem solving ability. It is not about concepts always. Being able to solve study problems is a good sign for getting a university degree in education in the sense of skill. Thanks.

  • @nondumisokhoza2725
    @nondumisokhoza2725 2 года назад

    You're such a blessing ❤️ ❤️❣️

  • @sheldonfrancis7830
    @sheldonfrancis7830 5 лет назад +3

    I love man... Thanks!!!👏👊

  • @Urvashisingh11
    @Urvashisingh11 5 лет назад +1

    Beautifully explained sir.....

  • @soggymanturtle
    @soggymanturtle 4 года назад

    You are awesome man. Always appreciate these.

  • @juzcovers1326
    @juzcovers1326 5 лет назад +2

    Thank you so much! This is a life saver

  • @mmustapha23
    @mmustapha23 5 лет назад +5

    I wish you were my physics 3 professor for next semester

  • @damilolaolobayo4067
    @damilolaolobayo4067 3 года назад

    Thank u so much JG for all ur videos

  • @abelmatebele16
    @abelmatebele16 3 года назад

    enjoying the lecture it's so helpful

  • @awneeshmishra7581
    @awneeshmishra7581 6 лет назад

    man you make really good videos

  • @maheshrastogi2690
    @maheshrastogi2690 6 лет назад +1

    Than you so much ...it helps a lot 😍☺️

  • @albertnoub371
    @albertnoub371 5 лет назад

    thank you very much. your video are very productive.

  • @gamezr4losers
    @gamezr4losers 4 года назад

    Omg thank you so much, why couldn't my teacher just do this instead i got them all right after you did the first one

  • @cornettdavies6940
    @cornettdavies6940 5 лет назад +4

    Thank you Sir🤝. Can u please make a video on special relativity?!🙏

  • @geoffphillips8183
    @geoffphillips8183 3 года назад +2

    Hi, great vids! Quick question if d=1/N , N = number of lines per meter ,for example, d= slit spacing… then are we counting the end edge of the diffraction grating as 1slit? Take a diffraction grating of 1m with one line ( slit) in the middle, we know slit spacing is 0.5 m … we know there are 2 slit spacings & 1 slit. But applying the formula without counting end edge as 1 slit we get o.5 = 1/1 … instead of 0.5=1/2 ( counting the end edge as a slit. ) I hope this makes sense.. thanks 🙏

  • @Stage4-fe6ie
    @Stage4-fe6ie Год назад

    THANK YOU❤

  • @dvsalim09
    @dvsalim09 4 года назад

    Thanks for the tutor

  • @tamashiitrickster643
    @tamashiitrickster643 5 лет назад

    Very helpful , THANKS

  • @kp_Blogs
    @kp_Blogs 6 лет назад

    Thanks a lot man....it really helped 👌👌

  • @bushrasheikh5094
    @bushrasheikh5094 4 года назад

    Thank you so much ❤️

  • @anoopkrishna20000
    @anoopkrishna20000 4 года назад

    that was very helpful. thanks.

  • @vishal9030
    @vishal9030 4 года назад

    Amazing 👌

  • @anshumehra7631
    @anshumehra7631 3 года назад

    Thanks 👍

  • @abdulaiman23
    @abdulaiman23 3 года назад +1

    mantap geng

  • @kimfretzietunod2915
    @kimfretzietunod2915 3 года назад +8

    idk but I'm attracted to this man lmao

  • @AdamsAppleseed
    @AdamsAppleseed 3 года назад

    Thank you.

  • @swastikpal7230
    @swastikpal7230 6 месяцев назад

    the second question u did the wavelength did not fall in the visible range - so how can we see the interference pattern?

  • @abhaysuji8052
    @abhaysuji8052 5 лет назад

    (c) Another diffraction grating has half the angle between the first and second order light beams when light of wavelength 532 nm is incident upon it. Estimate the number of lines per mm of this second diffraction grating. [2]
    The initial grating has an angle of 7.8 degrees difference between theta 1 and theta 2

  • @hemishudhav3845
    @hemishudhav3845 5 лет назад

    Thank you so much

  • @anitaku5153
    @anitaku5153 Год назад

    Why did you use the equation with sin when the d is very small, I thought you use tan when d is very small 4:26

  • @uddimishra151
    @uddimishra151 2 года назад

    at 1:10, does "m" correspond to minimums or maximums? because m0 seems to be at the central maxima, however m1 and m2 seem to be minimas. Could someone please help me out.

  • @sheldonfrancis7830
    @sheldonfrancis7830 5 лет назад

    Could make to find the total number of orders of diffracted light? Should the angle be Zero? (dsine 0= m lamda?)

  • @ranjitbhandary4526
    @ranjitbhandary4526 22 дня назад

    Thank you sir

  • @wobblyjohn
    @wobblyjohn 5 лет назад +1

    Error in defining 'd' at 1:27.

  • @debosmandasgupta3940
    @debosmandasgupta3940 2 месяца назад

    Still using these videos!

  • @farhatulalam
    @farhatulalam 7 лет назад

    thanks a lot!

  • @ashwinnnnn
    @ashwinnnnn 6 месяцев назад

    is it m lyamda in both bright and dark frindge?

  • @Zeewan_and_guitar
    @Zeewan_and_guitar 6 лет назад +2

    isn't cm to m Divide by 100? Then why you multipled by 100? stucked please reply

    • @TheOrganicChemistryTutor
      @TheOrganicChemistryTutor  6 лет назад +4

      yes. To convert cm to m, you need to divide by 100. However, it's the reverse when converting 1/cm to 1/m. You need to multiply by 100. 100 cm = 1 m.

    • @Zeewan_and_guitar
      @Zeewan_and_guitar 6 лет назад +2

      Yes I got it. I'm a big fool. Thank you so much

  • @Hirwan1889
    @Hirwan1889 4 года назад

    What is the distance between fringes produced by a diffraction grating having 139 lines per centimeter for 590-nm light, if the screen is 1.50 m away?

  • @orekoyaelizabeth9863
    @orekoyaelizabeth9863 3 года назад +1

    Pls I think there’s a mistake with the conversion from centimeter to meter cos while solving am getting a different answer from yours.

    • @dorabinga1101
      @dorabinga1101 3 года назад +1

      im getting 100 he made a mistake

  • @anikatajriankhan999
    @anikatajriankhan999 4 года назад

    can you make a vedio about poetential and voltage dividers please???!!

  • @IonizedComa
    @IonizedComa 3 года назад

    Literally watching this 20 mins before my test

  • @name_not_foundlol3143
    @name_not_foundlol3143 2 дня назад

    i know it's very possible that i will be buried down in comments section and never get answer but in my notes my prof gave a formula for grating element as (b+d) , i neither got the "b" part of the formula nor the "grating element exact definition that is easy to remember for exams " . any help is appreciated

  • @thai27
    @thai27 2 года назад

    is there any difference between slits/m and lines/m sir

    • @yassin_Ibrahim07
      @yassin_Ibrahim07 Год назад

      nah slits is just the difference between the gap and the other border its the same thing

  • @remake3693
    @remake3693 4 года назад +1

    what if I need to calculate the order... how do I do that?

    • @renfoley5747
      @renfoley5747 3 года назад

      im a year late but.... you gotta rearrange the equation so m is the subject.
      i.e. (d*sin(theta))/lambda (wavelength)

  • @Frankortyfg
    @Frankortyfg 6 лет назад

    Dear sir
    Thanks for your video like it
    Could you give all formula on laser questions ruby he neon
    Thanking you

  • @faryalhuma9522
    @faryalhuma9522 3 года назад

    What the hell is this like n=length/no of lines so how this n suddenly equals to 1/d ???? What's this ?can you please reply me because may be my concept is built wrong.

  • @naomikumson9684
    @naomikumson9684 6 лет назад

    Why do you do you do x10-9 on wavelengths

    • @melissafigueroa4218
      @melissafigueroa4218 6 лет назад

      Naomi Kumson cause The wavelength is (ie 540nm) and 1 nm= 10^-7m then 100nm=10^-9

    • @wowshamanful
      @wowshamanful 5 лет назад

      @@melissafigueroa4218 *1 nm= 10^-9m *

  • @jsc3417
    @jsc3417 6 лет назад +1

    can you do some overlapping problems?

  • @BitterTast3
    @BitterTast3 5 лет назад

    How would the math change if the slits weren't all evenly spaced?

  • @geoffphillips8183
    @geoffphillips8183 3 года назад

    Hi , sorry I’ve always been confused by the formula d=1/N … see previous msg .. thanks

  • @deandramiller8025
    @deandramiller8025 2 года назад

    I need assistance doing a physic work.. someone please help

  • @giannomarais4363
    @giannomarais4363 Год назад

    2:26 anybody else hear the intro for Phineas and Ferb?

  • @waiitwhaat
    @waiitwhaat 4 года назад +3

    I used to be HELL scared of diffracting gradients. Man those were really easy. Trick is to not be intimidated by the question.

  • @ruchijaiswara2028
    @ruchijaiswara2028 6 лет назад +1

    In q no. 3 m getting a diff. Answer for d

  • @connorbellamy8742
    @connorbellamy8742 5 лет назад

    I did this and got 1.1x10^8 but my lines were 500 per mm and the order was second and the angle was 24.8 what did I do wrong

  • @cerengulyuz119
    @cerengulyuz119 4 года назад

    first question, wavelength was 650 why did it become 650x10^-9 ? pls im so confused

    • @ImtiazAli-mh8nb
      @ImtiazAli-mh8nb 4 года назад +1

      the initial wavelength was in nm, u have to convert it into meters for calculation

  • @blcZ123
    @blcZ123 2 года назад

    Love u

  • @harishankarvishwakarma2941
    @harishankarvishwakarma2941 5 лет назад

    If there are 15000 lines per in a grating find the grating element

  • @aliko3519
    @aliko3519 5 лет назад

    My brain is on the verge of exploding, ughhh i don't understand

    • @faryalhuma9522
      @faryalhuma9522 3 года назад

      Same is the case with me... its been 1 year of your comment so now if you're understanding this shit please help me too....

  • @harishankarvishwakarma2941
    @harishankarvishwakarma2941 5 лет назад

    Answer Abhi chahiye

  • @internalinjectiontrulyhere6182
    @internalinjectiontrulyhere6182 3 года назад

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  • @jackycal
    @jackycal 3 года назад

    ez clap

    • @aswin8063
      @aswin8063 3 года назад +1

      Hey! Do u know the difference between diffraction and diffraction grating?

  • @internalinjectiontrulyhere6182
    @internalinjectiontrulyhere6182 3 года назад

    A+ c+ known A pass intelengence scout tax already unionate vice dont claim out right turbulence nights moon brights screen ew salt dice

  • @ayaankhan5624
    @ayaankhan5624 3 года назад

    Thanks a lot, sir

  • @syedzamanmehdi2855
    @syedzamanmehdi2855 2 года назад

    Thank you so much