Browse by Stream
My Companion New
Search Colleges, Exams, Schools & more
    • Home
    • QnAHome
    • Consider the diffraction pattern due to a single site. The first maximum for a certain monochromatic light coincides with the first minimum for red li ...
    Get answers from students and experts Ask
    112 Views

    Consider the diffraction pattern due to a single site. The first maximum for a certain monochromatic light coincides with the first minimum for red light of wavelength 660nm. The wavelength of the monochromatic light is

    Patel yash 20th Nov, 2019
    Answer
    Answer (1)
    VIKASH MISHRA 11th Dec, 2019

    Solution :

    For first minima of red

    sinθ=λrdsinθ=λrd

    For first maximum of other wave length

    sinθ1=3λ′2dsinθ1=3λ′2d

    But sinθ=sinθ1sinθ=sinθ1

    => 3λ12d=λd3λ12d=λd

    λ1=23λ1=23 λrλr

    =23=23 ×660×660

    =440nm

    ~peace

    Share
    Facebook Copy Link
    More
    Report
    Comments (0)
    Question cannot be greater than 3000 characters
    0/3000
    Get answers from students and experts Ask

    Related Questions

    A single slot of width b is illuminated by a coherent monochromatic light of wavelength

    93 Views

    in fraunhofer diffraction pattern slit width is 0.2mm and screen is at 2m away from the lens if wavelength of light used is 5000A then the distance between the first minimum on either side of the central maximum is

    2199 Views

    White light forms a continuous spectrum of minimum wavelength 3800 angstroms corresponding to violet light and maximum wavelength 7800 angst

    1032 Views

    In a single slit diffraction, the width of slit is 0.5 cm, focal length of lens is 40 cm and wavelength of light is 4890. The distance of first dark fringe is (Assume f=D)

    3421 Views

    When a certain photosensitive surface is illuminated with monochromatic light of frequency \nu , the stopping potential for the photo current is - \frac{V_{0}}{2} . When the surface is illuminated by monochromatic light of frequency \frac{\nu}{2} , the stopping potential is - V_{0} . The threshold f

    140 Views

    Trending Articles/News

    IPMAT Question Papers: Download Free Last Year's Question Papers With Answer Key PDF
    IPMAT Question Papers: Download Free Last Year's Question Papers With Answer Key PDF
    1 minute ago
    MHT CET Seat Allotment 2024 Round 3 (Out): Link, College Allocation
    MHT CET Seat Allotment 2024 Round 3 (Out): Link, College Allocation
    7 minutes ago
    CLAT Reservation Criteria 2025 - Categories wise Top NLU's
    CLAT Reservation Criteria 2025 - Categories wise Top NLU's
    18 minutes ago
    IPMAT Exam 2025: Last Week Preparation Tips & Strategy
    IPMAT Exam 2025: Last Week Preparation Tips & Strategy
    18 minutes ago
    JEE Main Registration 2025 Session 1 (Open) - Link, Last Date, Fees, How to Apply
    JEE Main Registration 2025 Session 1 (Open) - Link, Last Date, Fees, How to Apply
    29 minutes ago
    Link Copied
    The question have been saved in answer later, you can access it from your profile anytime. Access now
    Thanks! Your report is submitted, the author will be informed about it

    Download the Careers360 App on your Android phone

    Regular exam updates, QnA, Predictors, College Applications & E-books now on your Mobile

    Careers360 App
    • 150M+ Students
    • 30,000+ Colleges
    • 500+ Exams
    • 1500+ E-books
    • Economic Times
    • Financial Express
    • Firstpost
    • Livemint