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Physics Laboratory Experimental Set Up For B. Sc &

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  1. CURIE TEMPERATURE OF MONEL METAL EXPERIMENTAL SET UP

    CURIE TEMPERATURE OF MONEL METAL EXPERIMENTAL SET UP Experimental Set Up has been designed specifically for determination of Curie Temperature of Monel Metal using a Transformer. The set-up consists of Monel Metal Transformer, Container, Heater, Thermometer, Stirrer etc.
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  2. Dispersive Power Of A Plane Transmission Diffraction Grating Experimental Set Up Labappara

    DISPERSIVE POWER OF A PLANE TRANSMISSION DIFFRACTION GRATING EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to determine the Dispersive Power of a plane transmission Diffraction grating. The set-up consists of Spectrometer, Sodium light source, Diffraction Grating, Reading lens etc.
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  3. Hartmann Formula Using A Prism And Spectrometer Experimental Set Up Labappara

    HARTMANN FORMULA USING A PRISM AND SPECTROMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically for the verification of Hartmann Formula with the help of Prism and Spectrometer. The set-up consists of Spectrometer, Prism, Mercury light source, Reading lens etc.
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  4. Fresnel Formula For The Reflection Of Light By Spectrometer Experimental Set Up Labappara

    FRESNEL FORMULA FOR THE REFLECTION OF LIGHT BY SPECTROMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to verify Fresnel formula for the reflection of light. The set-up consists of Spectrometer, Sodium light source, Prism, A Pair of Polaroids, Reading lens etc.
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  5. Elliptically Polarised Light By Means Of A Photo Voltaic Cell Experimental Set Up Labappara

    ELLIPTICALLY POLARIZED LIGHT BY MEANS OF A PHOTO VOLTAIC CELL EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically for the study of Elliptically Polarized Light by means of a Photo voltaic cell. The set-up consists of source of light, Convex lens, Analyzing and Polarizing Polaroids, Photo voltaic cell, Micro ammeter, Suitable optical bench with uprights etc.
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  6. Malus Law For Plane Polarised Light By Photo Voltaic Cell Experimental Set Up Labappara

    MALUS LAW (COSINE SQUARE LAW) FOR PLANE POLARIZED LIGHT BY PHOTO VOLTAIC CELL EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to verify the Malus law (cosine square law) for plane polarized light with help of a photo voltaic cell. The set-up consists of a Optical Bench Photo voltaic cell, Halogen lamp, Convex lens, Micro ammeter, Polariser and Analyzer etc.
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  7. Brewster Angle And Refractive Index Of Glass By Using Spectrometer And Polaroid Experimental Set Up Labappara

    BREWSTER ANGLE AND REFRACTIVE INDEX OF GLASS BY USING SPECTROMETER AND POLAROID EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to determine Brewster angle for a glass surface and hence to determine refractive index of glass. The set-up consists of Spectrometer Incandescent bulb glass prism and Polaroid attachment to Telescope objective.
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  8. Polarisation Of Light By Simple Reflection Experimental Set Up Labappara

    POLARISATION OF LIGHT BY SIMPLE REFLECTION EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to study the Polarization of Light by Simple reflection.The set-up consists of a Glass plate Photo voltaic cell Incandescent/Halogen lamp Micro ammeter, Polaroid and Convex lens The set-up is complete in all respect and requires no other apparatus. Practical experience on this set-up carries great educative value for Science and Engineering Students.
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  9. Plancks Constant By Spectrometer And Photo Voltaic Cell Experimental Set Up Labappara

    PLANCKS CONSTANT BY SPECTROMETER AND PHOTO VOLTAIC CELL EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to study of Plancks Constant by Spectrometer and Photo voltaic cell. The set- up consists of Spectrometer, Digital Nano ammeter, Prism, Photo voltaic cell, Power supply etc.The set up is complete in all respects and requires no other apparatus. Practical experience on this set up carries great educative value for Science and Engineering Students.
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  10. Youngs Modulus Y Of Glass By Cornus Method Experimental Set Up Labappara

    YOUNGS MODULUS Y OF GLASS BY CORNUS METHOD EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically for determination of the Youngs Modulus Y of Glass by Cornus method. The set-up consists of Traveling Microscope, Sodium light source, Screw gauge, Vernier calipers, Glass plate, Wooden platform, Glass reflector & Weights with hangers etc.The set up is complete in all respect and requires no other apparatus. Practical experience on this set up carries great educative value for Science and Engineering Students.
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  11. Variation Of The Angle Of Rotation Of The Plane Of Polarisation Using Polarimeter Experimental Set Up Labappara

    VARIATION OF THE ANGLE OF ROTATION OF THE PLANE OF POLARISATION USING POLARIMETER EXPERIMENTAL SET UP LABAPPARA
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  12. Determination Of Hysteresis Loss Of A Transformer By C.r.o. Experimental Set Up Labappara

    DETERMINATION OF HYSTERESIS LOSS OF A TRANSFORMER BY C.R.O. EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically to determine the Hysteresis loss of a Transformer by C.R.O. The setup consists of Specimen transformer, Digital A.C. ammeter and voltmeter, Potentiometer etc.Practical experience on this set up carries great educative value for Science and Engineering Students.
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  13. TEMPERATURE CO-EFFICIENT OF RESISTANCE OF CONDUCTORS EXPERIMENTAL SET UP LABAPPARA

    TEMPERATURE CO-EFFICIENT OF RESISTANCE OF CONDUCTORS EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to determine the temperature coefficient of resistance of conductors like copper and iron. The set up consists of P.O. Box, Galvanometer, Thermometer and Stirrer, Two conductors, Leclanche cell, Oil bath container, etc. LABAPPARA
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  14. CONDUCTIVITY OF A SOLUTION USING A P.O. BOX AND A MOVING COIL GALVANOMETER EXPERIMENTAL SET UP LABAPPARA

    CONDUCTIVITY OF A SOLUTION USING A P.O. BOX AND A MOVING COIL GALVANOMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to determine the conductivity of a solution using a P.O. Box, and Moving Coil Galvanometer. The set up consists of P.O. Box, Moving Coil Galvanometer, Two U tubes with accessories, Leclanche cell, Calipers etc. LABAPPARA
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  15. DISPERSIVE POWER OF THE MATERIAL OF THE PRISM BY THE SPECTROMETER EXPERIMENTAL SET UP LABAPPARA

    DISPERSIVE POWER OF THE MATERIAL OF THE PRISM BY THE SPECTROMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to determine the Dispersive Power of the material of the Prism for violet and yellow colours of mercury light with the help of a Spectrometer. The set-up consists of Spectrometer, Mercury light source, Prism, Reading lens etc. LABAPPARA
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  16. MEASUREMENT OF HIGH RESISTANCE BY SUBSTITUTION METHOD USING NANOAMMETER EXPERIMENTAL SET UP LABAPPARA

    MEASUREMENT OF HIGH RESISTANCE BY SUBSTITUTION METHOD USING NANOAMMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically for the measurement of high resistance by substitution method using Digital Nanoammeter. The set-up consists of Nanoammeter, Battery eliminator, Megohm box, Two way key etc.
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  17. THE WAVE LENGTH OF SODIUM LIGHT AND THICKNESS OF MICA SHEET WITH THE HELP OF A FRESNEL’S BI-PRISM EXPERIMENTAL SET UP LABAPPARA

    THE WAVE LENGTH OF SODIUM LIGHT AND THICKNESS OF MICA SHEET WITH THE HELP OF A FRESNELS BI-PRISM EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically for experiments with Fresnels Bi Prism (1) To determine the wave length of sodium light (2) To determine the thickness of Mica Sheet. The set-up consists of Optical bench with uprights, Sodium light source, Bi-prism, Convex lens, Slit, Micrometer eye piece, Incandescent lamp, etc.
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  18. COMPARISON OF CAPACITIES OF TWO CONDENSERS USING COULOMBMETER EXPERIMENTAL SET UP LABAPPARA

    COMPARISON OF CAPACITIES OF TWO CONDENSERS USING COULOMBMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to compare the capacities of two condensers by means of an Electronic Coulombmeter in place of conventional Ballistic Galvanometer. The set-up consists of Electronic Coulombmeter, Charge & Discharge key, Tapping key, Two way key, Battery Eliminator etc. LABAPPARA
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  19. Refractive Indices M And M Of Calcite For The O E Ordinary And Extra Ordinary Rays Using Spectrometer

    REFRACTIVE INDICES m AND m OF CALCITE FOR THE o e ORDINARY AND EXTRA ORDINARY RAYS USING SPECTROMETER AND SODIUM LIGHT EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to determine the refractive indices m and m of quartz prism for the o e ordinary and extraordinary rays using spectrometer and sodium light. The set-up consists of Spectrometer, quartz prism, Sodium light source, Reading lens etc.
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  20. MELDES EXPERIMENTS BY USING ELECTRICALLY MAINTAINED TUNING FORK EXPERIMENTAL SET UP LABAPPARA

    MELDES EXPERIMENTS BY USING ELECTRICALLY MAINTAINED TUNING FORK EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to perform Meldes experiments by using electrically maintained tuning fork. (1) Determination of the frequency of an Electrically Maintained Tuning Fork. (2) Verification of laws of vibrating strings that is to show that l2/T = constant. The set-up consists of Electrically Maintained Tuning Fork, Stand with Pulley, Light weight pan, Battery eliminator etc.
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  21. THICKNESS OF A THIN FOIL BY WEDGE ARRANGEMENT EXPERIMENTAL SET UP LABAPPARA

    THICKNESS OF A THIN FOIL BY WEDGE ARRANGEMENT EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to find the thickness of a thin foil by Wedge Arrangement. The set-up consists of Traveling Microscope, two Micro slides, Sodium Light Source etc.The set-up is complete in all respect and requires no other apparatus. Practical experience on this set-up carries great educative value for Science and Engineering Students.
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  22. COMPARISON OF CAPACITIES BY METHOD OF MIXTURES USING COULOMBMETER EXPERIMENTAL SET UP LABAPPARA

    COMPARISON OF CAPACITIES BY METHOD OF MIXTURES USING COULOMBMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to compare the capacities of two condensers by the method of MIXTURES using Electronic Coulombmeter, in place of conventional Ballistic Galvanometer. The set-up consists of Electronic Coulombmeter, two resistance boxes, Battery eliminator, one double pole double throw (D.P.D.T) switch .
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  23. MAGNIFYING POWER OF TELESCOPE BY SLIT METHOD USING A MICROSCOPE EXPERIMENTAL SET UP LABAPPARA

    MAGNIFYING POWER OF TELESCOPE BY SLIT METHOD USING A MICROSCOPE EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically to determine the Magnifying Power of Telescope by slit method using Microscope. The set-up consists of Telescope, Traveling Microscope etc.
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  24. HYDROGEN SPECTRUM AND RYDBERG CONSTANT EXPERIMENTAL SET UP LABAPPARA

    HYDROGEN SPECTRUM AND RYDBERG’S CONSTANT EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically for the study of Hydrogen spectrum and determination of Rydbergs constant with the help of Spectrometer, Diffraction grating and a Hydrogen spectrum tube. The set-up consists of Spectrometer, Diffraction grating, Hydrogen spectrum tube, Transformer etc.
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  25. Study Of Variation Of Power Fact Or With Frequency Of A Given Coil Using Cro Experimental Set Up Labappara

    STUDY OF VARIATION OF POWER FACT OR WITH FREQUENCY OF A GIVEN COIL USING CRO EXPERIMENTAL SET UP LABAPPARA
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  26. Study Of The Viscous Fluid (Air) Damping Of A Compound Pendulum Experimental Set Up Labappara

    STUDY OF THE VISCOUS FLUID (AIR) DAMPING OF A COMPOUND PENDULUM EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically to study the viscous fluid (air) damping of a compound pendulum. It also aims at determining the damping co-efficient and Q of the oscillator. The set up is absolutely self contained and requires no other apparatus LABAPPARA
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  27. Study Of Thermo E.M.F. Using Digital D.C. Micro Voltmeter And Sand Bath Experimental Set Up Labappara

    STUDY OF THERMO E.M.F. USING DIGITAL D.C. MICRO VOLTMETER AND SAND BATH EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically for the study of Thermo E.M.F. The aims are to plot thermo emf versus temperature graph and to find the melting point of Paraffin Wax using digital D.C. microvoltmeter and sand bath. The set up is absolutely self contained and requires no other apparatus. Practical experience on this set up carries great educative value for Science and Engineering Students, particularly for students of B.Sc. and 10 + 2 classes.
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  28. Study Of The Random Decay And Determination Of Decay Constant Using The Statistical Board Experimental Set Up Labappara

    Experimental Set Up has been designed specifically to study the random decay and determine the decay constant using the statistical board. It shows that a physical quantity decays exponentially. The set up is absolutely self contained and requires no other apparatus.Experimental Set Up has been designed specifically to study the random decay and determine the decay constant using the statistical board. It shows that a physical quantity decays exponentially. The set up is absolutely self contained and requires no other apparatus.
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  29. Determination of Internal Resistance of a Cell Using Voltmeter and Resistance Box Experimental Set Up Labappara

    DETERMINATION OF INTERNAL RESISTANCE OF A CELL USING VOLTMETER AND RESISTANCE BOX EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically to determine internal resistance of a cell (Leclanche cell) using a voltmeter and resistance box. The set up is absolutely self contained and requires no other apparatus.
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  30. Measurement Of Resistivity Of Semiconductor

    MEASUREMENT OF RESISTIVITY OF SEMICONDUCTOR BY FOUR PROBE METHOD AT DIFFERENT TEMPERATURES AND DETERMINATION OF THE BAND GAP EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically for measuring the resistivity of semiconductors at different temperatures and determination of the Band Gap by Four Probe Method. The set up is absolutely self contained and requires no other apparatus.Practical experience on this set up carries great educative value for Science and Engineering Students.
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  31. Refractive Index Of Prism By Spectrometer Experimental Set Up Labappara

    REFRACTIVE INDEX OF PRISM BY SPECTROMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically for the Measurement of Refractive Index of glass in the form of prism by Spectrometer. The set-up consists of Spectrometer, Mercury light source, Prism, Reading lens etc.
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  32. Measurement Of Wavelength By Diffraction Grating Method Experimental Set Up Labappara

    MEASUREMENT OF WAVELENGTH BY DIFFRACTION GRATING METHOD EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically for the Measurement of Wavelength of prominent lines of mercury by Diffraction Grating Method. The set-up consists of Spectrometer, Diffraction Grating, Mercury light source, Prism, Reading lens etc.
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  33. Resolving Power Of Prism By Spectrometer Experimental Set Up Labappara

    RESOLVING POWER OF PRISM BY SPECTROMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically for the Determination of Resolving Power of Prism. The set-up consists of Spectrometer, Mercury light source, Prism, Reading lens etc.
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  34. HALL EFFECT EXPERIMENTAL SET-UP LABAPPARA

    HALL EFFECT EXPERIMENTAL SET-UP LABAPPARA Experimental Set Up has been designed specifically for study of Hall Effect in semiconductor and determination of allied parameters. The set-up consists of Hall Effect Board, Hall Probe, Electromagnet, Constant Current Power supply (0-4A), Digital Gauss Meter with Hall Probe.The set up is complete in all respect and requires no other apparatus. Practical experience on this set up carries great educative value for Science and Engineering Students.
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  35. NEWTONS RINGS EXPERIMENTAL SET-UP LABAPPARA

    NEWTON’S RINGS EXPERIMENTAL SET-UP LABAPPARA Experimental Set-Up has been designed specifically for the study of the Newtons Rings. The set-up consists of Newtons Rings Apparatus complete include reflector,Traveling Microscope, Sodium light source, lens etc. The set up is complete in all respect and requires no other apparatus. Practical experience on this set up carries great educative value for Science and Engineering Students.
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  36. Determination of Resistance of a Wire Using Ammeter and Voltmeter Experiment Labappara

    DETERMINATION OF RESISTANCE OF A WIRE USING AMMETER AND VOLTMETER EXPERIMENT LABAPPARA Experimental Set Up has been designed specifically to determine the resistance of a wire using ammeter and voltmeter. The set up is absolutely self contained and requires no other apparatus.Practical experience on this set up carries great educative value for Science and Engineering Students.
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  37. Verification of Laws of Resistance in Series and Parallel Combination Using a Ammeter Bridge Experimental Set Up Labappara

    VERIFICATION OF LAWS OF RESISTANCE IN SERIES AND PARALLEL COMBINATION USING A AMMETER BRIDGE EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically to verify laws of resistance inseries & parallel combination using a Meter Bridge. The set up is absolutely self contained and requires no other apparatus.
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  38. ABSORPTION SPECTRUM OF IODINE VAPOUR EXPERIMENTAL SET UP SET UP LABAPPARA

    ABSORPTION SPECTRUM OF IODINE VAPOUR EXPERIMENTAL SET UP SET UP LABAPPARA Experimental Set Up has been designed specifically for the study of Absorption Spectrum of Iodine Vapour and to determine (a)Energy level diagram of iodine molecule.(b)The values of electronic excited energies and energy gap. (c) The force constant for the excited state . The set-up consists of Spectrometer, Diffraction grating and a Glass tube closed on both ends with stopper and an optical bench complete with uprights
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  39. Resolving Power Of Telescope Experimental Set Up Labappara

    RESOLVING POWER OF TELESCOPE EXPERIMENTAL SET UP LABAPPARA
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  40. EXPERIMENTS WITH SONOMETER EXPERIMENTAL SET UP LABAPPARA

    EXPERIMENTS WITH SONOMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set-Up has been designed specifically for experiments with Sonometer.(I) To determine the frequency of a tuning fork.(II) To verify the laws of vibrating strings.(III) To determine the frequency of AC mains using horse shoe magnet and non magnetic wire.(IV) To determine the frequency of AC mains using electromagnet & magnetic wire. The set up consists of Tuning forks, Sonometer with Steel and Brass wires, Electromagnet, Horse shoe magnet, ½ kg weights, Retord stand with clamp, Step down transformer, Screw gauge etc.
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  41. Study of Resonance in Lcr Circuit and Damping Effect Experiment Labappara

    STUDY OF RESONANCE IN LCR CIRCUIT AND DAMPING EFFECT EXPERIMENT LABAPPARA Experimental Set Up has been designed specifically to study series and parallel resonance in an LCR circuit (air core Inductance, Two Decade condensers and resistance) and damping effect by using resistances and air core Inductance with metal (ferromagnetic) plate (i) at fixed frequency by varying condenser (C) and (ii) by varying frequency.
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  42. Refractive Index Of Prism Using (I-d) Curve Experimental Set Up Labappara

    REFRACTIVE INDEX OF PRISM USING (I-D) CURVE EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically for the Study of the Variation of Angle of Deviation with Angle of Incidence & Determination of Refractive Index of Prism using (i-d) curve. The set-up consists of Spectrometer, Mercury light source, Prism, Reading lens etc.The set up is complete in all respect and requires no other apparatus. Practical experience on this set up carries great educative value for Science and Engineering Students.
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  43. Determination Of Cauchys Constant By Spectrometer Experimental Set Up Labappara

    DETERMINATION OF CAUCHYS CONSTANT BY SPECTROMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically to determine Cauchys constant by Spectrometer. The set-up consists of Spectrometer, Mercury light source, Prism, Reading lens etc.The set up is complete in all respect and requires no other apparatus. Practical experience on this set up carries great educative value for Science and Engineering Students.
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  44. Determination of Plancks Constant by Solar Cell Experiment Labappara

    DETERMINATION OF PLANCKS CONSTANT BY SOLAR CELL EXPERIMENT LABAPPARA LABAPPARA Experimental Set Up has been designed specifically for the determination of PLANCKS CONSTANT using SOLAR CELL (PHOTO VOLTAIC CELL-SELENIUM TYPE) and three optical filters with the help of Wiens Radiation Law. The set up is absolutely self contained and requires no other apparatus. Practical experience on this set up carries great educative value for Science and Engineering Students.
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  45. Determination of Internal Resistance of a Cell Using Voltmeter & Ammeter Experimental Set Up Labappara

    DETERMINATION OF INTERNAL RESISTANCE OF A CELL USING VOLTMETER & AMMETER EXPERIMENTAL SET UP LABAPPARA Experimental Set Up has been designed specifically to determine the internal resistance of a cell using an ammeter and a voltmeter. The set up is absolutely self contained and requires no other apparatus.
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  46. Study Of The Variation In Potential Drop With Length Of Wire By Using A Potentiometer Experiment Labappara

    STUDY OF THE VARIATION IN POTENTIAL DROP WITH LENGTH OF WIRE BY USING A POTENTIOMETER EXPERIMENT LABAPPARA Experimental Set Up has been designed specifically for the study of variation in potential drop with length of wire by using a potentiometer. The set up is absolutely self contained and requires no other apparatus.
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  47. Calibration Of An Ammeter With The Help Of A Potentiometer Experiment Labappara

    CALIBRATION OF AN AMMETER WITH THE HELP OF A POTENTIOMETER EXPERIMENT LABAPPARA Experimental Set Up has been designed specifically to calibrate an ammeter with the help of a Potentiometer. "Labappara" The set up is absolutely self contained and requires no other apparatus.
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  48. Comparison Of Two Small Resistances By Using A Potentiometer Experiment Labappara

    COMPARISON OF TWO SMALL RESISTANCES BY USING A POTENTIOMETER EXPERIMENT LABAPPARA
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  49. Determination Of Value Of Modulus Of Rigidity Of The Material Of The Given Wire With Maxwells Needle Experimental Set Up Labappara

    DETERMINATION OF VALUE OF MODULUS OF RIGIDITY OF THE MATERIAL OF THE GIVEN WIRE WITH MAXWELLS NEEDLE EXPERIMENTAL SET UP LABAPPARA LABAPPARA Experimental Set Up has been designed specifically to find the value of modulus of rigidity h of material of the given wire with Maxwells needle. Practical experience on this set up carries great educative value for Science and Engineering Students.
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  50. Kymograph Labappara

    Kymograph Labappara Cylinder 6³ x 11³ with crown wheel engaging shaft. A spring loaded device allows turning by hand if necessary.Moving in slot in the bed allowing variation in paper length for 60³ to 66³.Rigid cast iron stand works up & down by a large screw.Fine adjustment ensuring return of outer arm to exactly the same position after change of another paper.Kymograph (which means wave writer) is a device that gives a graphical representation of spatial position over time in which a spatial axis represents time.It basically consists of a revolving drum wrapped with a sheet of paper on which a moves back and forth recording perceived changes of phenomena such as motion or pressure.
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