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Light BSc Exp 071 To determine the thickness of the given wire by Wedge method.
AP2161
To determine the thickness of the given wire by Wedge method
Apparatus required:Two opticaly glass plates same size, black paper sodium lamp, microscope, wooden frame, one glass plate Price : Rs 0 eachSend Enquiry












Light BSc Exp 072 To determine the value of Young's modulus Y for the material of a rod by Searle's optical interference method
AP2162
To determine the value of Young’s modulus Y for the material of a rod by Searle’s optical interference method
Apparatus required:Searle's apparatus, convex lens of large focal length, 50 gm weight,vernier calliper, screw guage, sodium lamp Price : Rs 0 eachSend Enquiry












Light BSc Exp 073 To determine the Young's modulus Y of glass by Carnu's method
AP2163
To determine the Young’s modulus Y of glass by Carnu’s method
Apparatus required:Wooden frame carry the experimental glass beam, small rectangular glass plate, glass plate fitted in a stand and inclined at an angle of 45 sodium lamp, hangers, weight, travelling microscope screw guage, and vernier calliper Price : Rs 0 eachSend Enquiry












Light BSc Exp 074 To determine the wavelength of prominent lines of mercury by plane diffraction grating.
AP2164
To determine the wavelength of prominent lines of mercury by plane diffraction grating.
Apparatus required:diffraction gritting,spectrometer,mercury lamp, prism,reading lens Price : Rs 0 eachSend Enquiry












Light BSc Exp 074B To determine the dispersive power of a plane transmission diffraction grating
AP2164B
To determine the dispersive power of a plane transmission diffraction grating
Apparatus required:Spectrometer, sodium lamp, grating and reading lens Price : Rs 0 eachSend Enquiry












Light BSc Exp 075 To determine the diameter of lycopodium particles by forming diffraction fringes
AP2165
To determine the diameter of lycopodium particles by forming diffraction fringes.
Apparatus required:optical bench, glass plate,lycopodium powder,sodium lamp,metal plate having small hole at center and provide with pin holes along two perpendicular lines passing through center of hole Price : Rs 0 eachSend Enquiry












Light BSc Exp 076 To determine the wavelength of monochromatic light by diffraction at a straight edge.
AP2166
To determine the wavelength of monochromatic light by diffraction at a straight edge
Apparatus required:optical bench,straight edge,slit,stand and travelling microscope Price : Rs 0 eachSend Enquiry












Light BSc Exp 077 To determine the resolving power of a telescope.
AP2167
To determine the resolving power of a telescope.
Apparatus required:Telescope with rectangular adjustable slit,black card board with narrow white stripson it, travelling microscope and metre scale Price : Rs 0 eachSend Enquiry












Light BSc Exp 078 To determine the resolving power of a grating
AP2168
To determine the resolving power of a grating
Apparatus required:Plane diffrection grating,spectrometer,mercury lamp,prism,rectangular aprature of adjustable width,reading lens Price : Rs 0 eachSend Enquiry












Light BSc Exp 079 To determine the specific rotation of cane sugar solution with the help of a polarimeter.
AP2169
To determine the specific rotation of cane sugar solution with the help of a polarimeter
Apparatus required:Polarimeter,balance, measuring cylinder,beaker and source of light Price : Rs 0 eachSend Enquiry












Light BSc Exp 080 To study the polarization of light by simple reflection
AP2170
To study the polarization of light by simple reflection
Apparatus required:simple glass plate, photo voltaic cell,60 watt incandescent lamp, micrometer, polaroid, convex lens Price : Rs 0 eachSend Enquiry












Light BSc Exp 080B To determine Brewster's angle for a glass surface and hence to determine the refractive index of glass
AP2170B
To determine Brewster’s angle for a glass surface and hence to determine the refractive index of glass
Apparatus required:Spectrometer, monochromatic source of light glass prism and polaroid attachment to telescope objective Price : Rs 0 eachSend Enquiry












Light BSc Exp 081 To verify the cosine square law (malus law) for plane polarized light with the help of a photo voltaic cell
AP2171
To verify the cosine square law (malus law) for plane polarized light with the help of a photo voltaic cell
Apparatus required:Photo voltaic cell, moving coil galvanometer,lamp and scale arrangement,source,of light,convex lens and polaroids Price : Rs 0 eachSend Enquiry












Light BSc Exp 082 To analyse ellipticallypolarised light by means of Babinet's compensator.
AP2172
To analyse ellipticallypolarised light by means of Babinet’s compensator
Apparatus required:Babinet compensator, white light source, quarter wave plate, chock power supply, box polariod eye piece, reding lens, plumb line. Price : Rs 0 eachSend Enquiry












Light BSc Exp 083 To verify Fresnel's formulae for the reflection of light.
AP2173
To verify Fresnel’s formulae for the reflection of light.
Apparatus required:Spectrometer,Prism, sodium lamp,pair of polaroid fitted inside circular stands provided with circular scales which may be clamped on the telescope and collimator tubes, reading lens Price : Rs 0 eachSend Enquiry












Light BSc Exp 084 To study elliptically polarized light by means of a photoelectric cell.
AP2174
To study elliptically polarized light by means of a photoelectric cell.
Apparatus required:Photo electric cell,optical bench with suitable uprights,dead beat galvanometer,source of light,doubly reflacting plate,polaroids or nicols,lamp and scale arrangemets,slit etc Price : Rs 0 eachSend Enquiry












Light BSc Exp 085 To determine the value of Rydberg's constant with the help of diffraction grating and a hydrogen tube
AP2175
To determine the value of Rydberg’s constant with the help of diffraction grating and a hydrogen tube.
Apparatus required:spectrometer, grating,hydrogen,discharge tube,induction coil, Price : Rs 0 eachSend Enquiry












Light BSc Exp 086A To determine the height of a distant object with the help of a sextant by artificial horizon
AP2176A
Apparatus required: Sextant and measuring tape Price : Rs 0 eachSend Enquiry












Light BSc Exp 086B To determine the altitude of sun.
AP2176B












Light BSc Exp 086C To determine the angular diameter of sun.
AP2176C












Light BSc Exp 087 To compare the illuminating powers of two given sources of light with a LummerBrodhum photometer and to study the variation of illuminating power of a filament lamp with applied vol
AP2177
To compare the illuminating powers of two given sources of light with a LummerBrodhum photometer and to study the variation of illuminating power of a filament lamp with applied voltage.
Apparatus required:Lummer broadhome photometer, optical bench, two source of light and auto transformer Price : Rs 0 eachSend Enquiry












Light BSc Exp 087A To determine the transmission coefficient of a given transmitting plate.
AP2177A
To compare the illuminating powers of two given sources of light with a LummerBrodhum photometer and to study the variation of illuminating power of a filament lamp with applied voltage.
Apparatus required:Lummer broadhome photometer, optical bench, two source of light and auto transformer Price : Rs 0 eachSend Enquiry












Light BSc Exp 088 To determine the focal length of the combination of two lenses separated by a distance
AP2178
To determine the focal length of the combination of two lenses separated by a distance with the help of nodal slide and to verify the formula Nodal slide arrangement
optical bench, plane mirror, cross slit,and two convex lens Price : Rs 0 eachSend Enquiry












Light BSc Exp 089 To verify the Newton's formula x1x2=f2 for lenses separated by a given distance.
AP2179
To verify the Newton’s formula x1x2=f2 for lenses separated by a given distance.
Apparatus required:Optical bench, two convex lens of nearly equal focal lenghths plane mirror, two pins and uprights Price : Rs 0 eachSend Enquiry












Light BSc Exp 090 To locate the cardinal points of a system of two thin convergent lenses separated by a distance and then to verify the formulae
AP2180
To locate the cardinal points of a system of two thin convergent lenses separated by a distance and then to verify the formulae
Apparatus required:Nodal slide assembly and two thin convergent lens Price : Rs 0 eachSend Enquiry












Light BSc Exp 091 To determine the radii of curvature of the surfaces of a convergent lens and hence to calculate its refractive index
AP2181
To determine the radii of curvature of the surfaces of a convergent lens and hence to calculate its refractive index.
Apparatus required:Convergent lens, pins, stand, clean mercury shallow dish, screw guage Price : Rs 0 eachSend Enquiry












Light BSc Exp 092 To determine the refractive index of the material of a concave lens.
AP2182
To determine the refractive index of the material of a concave lens.
Apparatus required:Optical bench pins,concave lens meter scale, plane mirror, spherometer Price : Rs 0 eachSend Enquiry












Light BSc Exp 093 To determine the refractive index of a liquid using Pulfrich refractometer
AP2183
To determine the refractive index of a liquid using Pulfrich refractometer
Apparatus required:Pull frich refrectrometer, glass cell, liquid, source of light, right angled prism Price : Rs 0 eachSend Enquiry












Light BSc Exp 094 To verify the inverse square law and to determine the ratio of illuminating powers of two electric bulbs with the help of photovoltaic cell
AP2184
To verify the inverse square law and to determine the ratio of illuminating powers of two electric bulbs with the help of photovoltaic cell.
Apparatus required: photo voltaic cell, optical bench with two upright,two electric bulbs, moving coil galvanometer, lamp and scale arrngement Price : Rs 0 eachSend Enquiry












Light BSc Exp 095 To determine the absorption coefficient of a liquid or solution wih the help of voltaic cell
AP2185
To determine the absorption coefficient of a liquid or solution wih the help of voltaic cell
Apparatus required:photo volataic cell, rectangular glass, vessel graduated in MM experimental liquid moving coil galvanometer, lamp scale arrangement, source of light convex lens Price : Rs 0 eachSend Enquiry










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