Line Spectrum of light
This process when the obstacle occurs between the propagation of waves. The propagation of waves strike with obstacle then waves turning bend and change their shape of waves and it defined diffraction definition. Difrction is the medium of arising secondary wavelets from original waves. When the primary wavelets striking with obstacles in high speed then it radiated more radiation and this is source of secondary wavelets. When a straight line waves moves from primary source and a big obstacle strikes in high speed then it radiated into secondary wavelets.
A straight line waves strikes and changes their shape into circular waveform. Every point of radiation is the source of origination of secondary wavelets. When a waves split from source in a monochromatic form then it strikes with obstacle and difrcted in all direction and number of waves increasing from the source and it says secondary wavelets. When an obstacle strikes then it deflected into all direction and if size of obstacle is small then no shadow shows in radiation and if size of obstacle is big then a shadow occurs in the process of diffraction.
I like to share this Visible Light Spectrum Wavelengths with you all through my article.
We can see Fresnel diffraction from necked eyes of human body. Fresnel observes first time the difrction process and then it forms single slit difrction equation. Difrction depends on frequency and wavelength. When we use high frequency waveform then it has shorter wavelength. When a small hole is used for radiation with ultra higher frequency then it takes shorter wavelength. Frequency and wavelength are inversely proportional to each other.
As we use high frequency then wavelength will be shorter with respect to frequency. When the waves emitted from scratched surface then it reflects from area and difrcted into different area and it says what is a diffraction grating. When we use single slit for difrction then it radiated large number of secondary wavelets with high frequency waves and shorter wavelength and it shows single slit diffraction equation.
When we use high frequency sound waves then it deflects from slit and split into large area or reflected from scratched surface. The droplets of radiation reflect from primary waves to secondary waves then diffraction of sound waves occurs.
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When we use this method for transferring light sources from low frequency waves to high frequency waves then it deflects in large area. Difrction is used for daily life examples like in telecommunication, radar communication and in sound system.
A straight line waves strikes and changes their shape into circular waveform. Every point of radiation is the source of origination of secondary wavelets. When a waves split from source in a monochromatic form then it strikes with obstacle and difrcted in all direction and number of waves increasing from the source and it says secondary wavelets. When an obstacle strikes then it deflected into all direction and if size of obstacle is small then no shadow shows in radiation and if size of obstacle is big then a shadow occurs in the process of diffraction.
I like to share this Visible Light Spectrum Wavelengths with you all through my article.
We can see Fresnel diffraction from necked eyes of human body. Fresnel observes first time the difrction process and then it forms single slit difrction equation. Difrction depends on frequency and wavelength. When we use high frequency waveform then it has shorter wavelength. When a small hole is used for radiation with ultra higher frequency then it takes shorter wavelength. Frequency and wavelength are inversely proportional to each other.
As we use high frequency then wavelength will be shorter with respect to frequency. When the waves emitted from scratched surface then it reflects from area and difrcted into different area and it says what is a diffraction grating. When we use single slit for difrction then it radiated large number of secondary wavelets with high frequency waves and shorter wavelength and it shows single slit diffraction equation.
When we use high frequency sound waves then it deflects from slit and split into large area or reflected from scratched surface. The droplets of radiation reflect from primary waves to secondary waves then diffraction of sound waves occurs.
Having problem with cbse computer syllabus for class 9th Read my upcoming post, i will try to help you.
When we use this method for transferring light sources from low frequency waves to high frequency waves then it deflects in large area. Difrction is used for daily life examples like in telecommunication, radar communication and in sound system.