SlideShare a Scribd company logo
1 of 9
Experiment no. 1 
Presented by- 
Group 1 
EE Batch 1
 In this experiment, we have taken sodium lamp as the monochromatic source. 
 By MONOCHROMATIC SOURCE, we mean a light source which emits particle of 
particular wavelength and not many wavelengths. 
 Intensity of fringes also depend upon the air column between lens and the 
base.
These are INTERFERENCE fringes of 
equal thickness.
Some of the pictures of apparatus
Overall procedure of the experiment 
 SOURCE- The source of light is MONOCHROMATIC light source. 
 The rays of light reflects from the glass plate which is adjusted at 45 degree 
angle with the horizontal. 
 After the reflection rays directly goes through plano convex lens. 
 And when the light passes through the lens circular patterns are observed like 
rings , hence this experiment is named as Newton’s Ring experiment.
The microscope used in the experiment is travelling microscope i.e. it can be 
moved from left to right or vice-versa to observe the width of fringe, after which 
the formula of finding wavelength is applied. Microscope contains Vernier scale 
and Main scale. Both the reading are noted and applied in formula using LEAST 
COUNT of the scale.
Why the fringes observed are CIRCULAR 
in shape? 
 Because the lens used in this experiment is Plano-convex lens.
Newton's ring experiment
Newton's ring experiment

More Related Content

What's hot (20)

Michelsons interferometer
Michelsons interferometerMichelsons interferometer
Michelsons interferometer
 
Polarization of Light and its Application (healthkura.com)
Polarization of Light and its Application (healthkura.com)Polarization of Light and its Application (healthkura.com)
Polarization of Light and its Application (healthkura.com)
 
Frsnel's theory of diffraction.
Frsnel's theory of diffraction.Frsnel's theory of diffraction.
Frsnel's theory of diffraction.
 
Polarization of light class note
Polarization of light class notePolarization of light class note
Polarization of light class note
 
coherence of light
coherence of lightcoherence of light
coherence of light
 
Ppt
PptPpt
Ppt
 
Diffraction of Light waves
Diffraction of Light wavesDiffraction of Light waves
Diffraction of Light waves
 
Michelson interferometer
Michelson interferometerMichelson interferometer
Michelson interferometer
 
Interfernce
InterfernceInterfernce
Interfernce
 
Diffraction,unit 2
Diffraction,unit  2Diffraction,unit  2
Diffraction,unit 2
 
Huygens' Principle
Huygens' PrincipleHuygens' Principle
Huygens' Principle
 
Diffraction
DiffractionDiffraction
Diffraction
 
Polarization
PolarizationPolarization
Polarization
 
Dispersion
DispersionDispersion
Dispersion
 
Diffraction
DiffractionDiffraction
Diffraction
 
Ph 101-1
Ph 101-1Ph 101-1
Ph 101-1
 
Newtons Ring
Newtons RingNewtons Ring
Newtons Ring
 
Polarization
PolarizationPolarization
Polarization
 
Michelson interferometer
Michelson interferometerMichelson interferometer
Michelson interferometer
 
Interferometry 1
Interferometry 1Interferometry 1
Interferometry 1
 

Viewers also liked

Viewers also liked (20)

Newton's rings
Newton's ringsNewton's rings
Newton's rings
 
Newton's Rings - Sultan LeMarc
Newton's Rings - Sultan LeMarcNewton's Rings - Sultan LeMarc
Newton's Rings - Sultan LeMarc
 
Tau grp11 newton's rings
Tau grp11   newton's ringsTau grp11   newton's rings
Tau grp11 newton's rings
 
8202 19642 newton ring
8202 19642 newton ring8202 19642 newton ring
8202 19642 newton ring
 
The Michelson Interferometer
The Michelson InterferometerThe Michelson Interferometer
The Michelson Interferometer
 
Interference original
Interference originalInterference original
Interference original
 
Air wedge interference
Air   wedge interference Air   wedge interference
Air wedge interference
 
Interferometer
InterferometerInterferometer
Interferometer
 
LO9 - Thin Film Interference
LO9 - Thin Film InterferenceLO9 - Thin Film Interference
LO9 - Thin Film Interference
 
Fresnel biprism
Fresnel biprismFresnel biprism
Fresnel biprism
 
Thin Film Interference Jennifer Whetter
Thin Film Interference Jennifer WhetterThin Film Interference Jennifer Whetter
Thin Film Interference Jennifer Whetter
 
Double slit experiment
Double slit experimentDouble slit experiment
Double slit experiment
 
The Michelson Interferometer
The Michelson InterferometerThe Michelson Interferometer
The Michelson Interferometer
 
Ph 101-2
Ph 101-2Ph 101-2
Ph 101-2
 
Interference and diffraction
Interference and diffractionInterference and diffraction
Interference and diffraction
 
62469272 ee-syllabus
62469272 ee-syllabus62469272 ee-syllabus
62469272 ee-syllabus
 
Nanotechnology and Electron Microscopy
Nanotechnology and Electron MicroscopyNanotechnology and Electron Microscopy
Nanotechnology and Electron Microscopy
 
newton ring Kavita panwar
newton ring Kavita panwarnewton ring Kavita panwar
newton ring Kavita panwar
 
Ip
IpIp
Ip
 
Malviya
MalviyaMalviya
Malviya
 

Similar to Newton's ring experiment

Spectrophotometry and colorimetry.pdf
Spectrophotometry and colorimetry.pdfSpectrophotometry and colorimetry.pdf
Spectrophotometry and colorimetry.pdfEbot Walter Ojong
 
Microscope part 2 BY DR. C. P. ARYA (B.Sc. B.D.S.; M.D.S.; P.M.S.; R.N.T.C.P.)
Microscope part 2 BY DR. C. P. ARYA (B.Sc. B.D.S.; M.D.S.; P.M.S.; R.N.T.C.P.)Microscope part 2 BY DR. C. P. ARYA (B.Sc. B.D.S.; M.D.S.; P.M.S.; R.N.T.C.P.)
Microscope part 2 BY DR. C. P. ARYA (B.Sc. B.D.S.; M.D.S.; P.M.S.; R.N.T.C.P.)DR. C. P. ARYA
 
Principles and application of fluorescence spectroscopy
Principles and application of fluorescence spectroscopyPrinciples and application of fluorescence spectroscopy
Principles and application of fluorescence spectroscopyruthannfrimpong1
 
microscopes- a brief introduction
 microscopes- a brief introduction microscopes- a brief introduction
microscopes- a brief introductionMalathi Murugesan
 
types of Microscopy and its parts and uses
types  of Microscopy and  its parts and usestypes  of Microscopy and  its parts and uses
types of Microscopy and its parts and usesRavindra Kumar
 
Instrumentation of uv visible spectroscopy
Instrumentation of uv visible spectroscopyInstrumentation of uv visible spectroscopy
Instrumentation of uv visible spectroscopyZainab&Sons
 
Spectrophotometry & Calorimetry.pptx
Spectrophotometry & Calorimetry.pptxSpectrophotometry & Calorimetry.pptx
Spectrophotometry & Calorimetry.pptxdrarunsingh4
 
Microscopy presentation
Microscopy presentationMicroscopy presentation
Microscopy presentationmoavia Atiq
 
INSTRUMENTATIONS UV-VIS.pdf
INSTRUMENTATIONS UV-VIS.pdfINSTRUMENTATIONS UV-VIS.pdf
INSTRUMENTATIONS UV-VIS.pdfDr. Dinesh Mehta
 
Spectrophotometry
Spectrophotometry Spectrophotometry
Spectrophotometry KHITISHNAIK
 
Spectrophoto meter
Spectrophoto meterSpectrophoto meter
Spectrophoto meterNasir Nazeer
 
Various types of microscopes and microscopy
Various types of microscopes and microscopy   Various types of microscopes and microscopy
Various types of microscopes and microscopy Dr.Dinesh Jain
 
Phase contrast and Fluorescent microscope
Phase contrast and Fluorescent microscopePhase contrast and Fluorescent microscope
Phase contrast and Fluorescent microscopeNithiya Pappuraj
 
Microscopy and staining techniques details
Microscopy and staining techniques detailsMicroscopy and staining techniques details
Microscopy and staining techniques detailsJyotirmoyPanda1
 

Similar to Newton's ring experiment (20)

Spectrophotometry and colorimetry.pdf
Spectrophotometry and colorimetry.pdfSpectrophotometry and colorimetry.pdf
Spectrophotometry and colorimetry.pdf
 
Microscope part 2 BY DR. C. P. ARYA (B.Sc. B.D.S.; M.D.S.; P.M.S.; R.N.T.C.P.)
Microscope part 2 BY DR. C. P. ARYA (B.Sc. B.D.S.; M.D.S.; P.M.S.; R.N.T.C.P.)Microscope part 2 BY DR. C. P. ARYA (B.Sc. B.D.S.; M.D.S.; P.M.S.; R.N.T.C.P.)
Microscope part 2 BY DR. C. P. ARYA (B.Sc. B.D.S.; M.D.S.; P.M.S.; R.N.T.C.P.)
 
nephalo and turbidometer.pptx
nephalo and turbidometer.pptxnephalo and turbidometer.pptx
nephalo and turbidometer.pptx
 
Principles and application of fluorescence spectroscopy
Principles and application of fluorescence spectroscopyPrinciples and application of fluorescence spectroscopy
Principles and application of fluorescence spectroscopy
 
microscopes- a brief introduction
 microscopes- a brief introduction microscopes- a brief introduction
microscopes- a brief introduction
 
Absorbance
AbsorbanceAbsorbance
Absorbance
 
types of Microscopy and its parts and uses
types  of Microscopy and  its parts and usestypes  of Microscopy and  its parts and uses
types of Microscopy and its parts and uses
 
Single beam spectrophotometer
Single beam spectrophotometer Single beam spectrophotometer
Single beam spectrophotometer
 
Instrumentation of uv visible spectroscopy
Instrumentation of uv visible spectroscopyInstrumentation of uv visible spectroscopy
Instrumentation of uv visible spectroscopy
 
Spectrophotometry & Calorimetry.pptx
Spectrophotometry & Calorimetry.pptxSpectrophotometry & Calorimetry.pptx
Spectrophotometry & Calorimetry.pptx
 
Microscopy presentation
Microscopy presentationMicroscopy presentation
Microscopy presentation
 
INSTRUMENTATIONS UV-VIS.pdf
INSTRUMENTATIONS UV-VIS.pdfINSTRUMENTATIONS UV-VIS.pdf
INSTRUMENTATIONS UV-VIS.pdf
 
Spectrophotometry
Spectrophotometry Spectrophotometry
Spectrophotometry
 
Spectrophoto meter
Spectrophoto meterSpectrophoto meter
Spectrophoto meter
 
MICROSCOPY.pptx
MICROSCOPY.pptxMICROSCOPY.pptx
MICROSCOPY.pptx
 
Various types of microscopes and microscopy
Various types of microscopes and microscopy   Various types of microscopes and microscopy
Various types of microscopes and microscopy
 
Spectroscopy.pptx
Spectroscopy.pptxSpectroscopy.pptx
Spectroscopy.pptx
 
Phase contrast and Fluorescent microscope
Phase contrast and Fluorescent microscopePhase contrast and Fluorescent microscope
Phase contrast and Fluorescent microscope
 
Microscopy and staining techniques details
Microscopy and staining techniques detailsMicroscopy and staining techniques details
Microscopy and staining techniques details
 
U.V Spectroscopy
U.V SpectroscopyU.V Spectroscopy
U.V Spectroscopy
 

Newton's ring experiment

  • 1. Experiment no. 1 Presented by- Group 1 EE Batch 1
  • 2.  In this experiment, we have taken sodium lamp as the monochromatic source.  By MONOCHROMATIC SOURCE, we mean a light source which emits particle of particular wavelength and not many wavelengths.  Intensity of fringes also depend upon the air column between lens and the base.
  • 3. These are INTERFERENCE fringes of equal thickness.
  • 4. Some of the pictures of apparatus
  • 5. Overall procedure of the experiment  SOURCE- The source of light is MONOCHROMATIC light source.  The rays of light reflects from the glass plate which is adjusted at 45 degree angle with the horizontal.  After the reflection rays directly goes through plano convex lens.  And when the light passes through the lens circular patterns are observed like rings , hence this experiment is named as Newton’s Ring experiment.
  • 6. The microscope used in the experiment is travelling microscope i.e. it can be moved from left to right or vice-versa to observe the width of fringe, after which the formula of finding wavelength is applied. Microscope contains Vernier scale and Main scale. Both the reading are noted and applied in formula using LEAST COUNT of the scale.
  • 7. Why the fringes observed are CIRCULAR in shape?  Because the lens used in this experiment is Plano-convex lens.