E-Tender Notice Inviting Quotations For Supply Of Laboratory Equipments For Department Of Physics, Kabi Jagadram Roy Govt. General Degree College-West Bengal

E-Tender Notice Inviting Quotations For Supply Of Laboratory Equipments For Department Of Physics-1 Apparatus To Measure Moment Of Inertia With Compatible Bodies ( Complete Set ) 2 Bar For Moment Of Inertia Apparatus 3 Digital Balance 4 Screw Gauge ( L.C.= 0.001Cm, Total Brass Body ) 5 Screw Gauge 6 Screw Gauge 7 Screw Gauge 8 Slide Callipers ( V.C.= 0.01Cm, Total Brass Body ) 9 Slide Callipers 10 Stop Watch – Analog ( Accuracy- 0.1Sec ) 11 Stop Watch - Digital 12 Stop Clock- Analog 13 Searle’S Apparatus To Determine Young’S Modulus ( Complete Set ) 14 Wire For Searle’S Apparatus ( Dia 1.0 To 1.5 Mm ) 15 Slotted Weigh-500G ( Set Of 5 With Hanger ) 16 Slotted Weigh-1000G 17 Weigh Hanger For Hanging Slotted Weight ( Heavy Typeiron Made ) 18 Complete Set Sonometer Stand Type 19 Ordinary Tuning Fork Set ( Weltz Type ) 20 Rags Type Tuning Fork Set 21 Sonometer Wire ( Steel Made: Dia= 0.5Mm ) 22 Rubber Hammer 23 Spherometer ( Total Brass Body, L.C=0.001Cm ) 24 Pullinger’S Apparatus ( Complete Set ) 25 Thermometer ( - 10 0C To 110 0C ) ( 1 / 5 ) Deg Accuracy ) 26 Thermometer ( - 10 0C To 110 0C ) ( 1 / 10 ) Deg Accuracy 27 Thermometer ( - 10 0C To 110 0C ) ( 1 Deg Accuracy:- 10 Deg C To 110 Deg C ) 28 Thermometer ( - 10 0C To 110 0C ) ( ( 0.5 ) Deg Accuracy:- 10 Deg C To 110 Deg C ) 29 Boiler 3 Litre ( Made Of Copper ( 18 Gauge Sheet ) With Rubber Cock ) 30 Boiler 4 Litre 31 Hypsometer ( Long Neck ( 20 Cm Long ) , Made Of Copper ( 18 Gauge Sheet ) 32 Cathetometer ( Brass Scale: V.C. =0.001Cm ) 33 Constant Water Level Tank ( Heavy Base, Stand Type ) 34 Reading Telescope Attached With Ordinary Scale 35 Reading Telescope With Vertical And Horizontal Scale Attached ( V.C.=0.001Cm ) 36 Apparatus To Measure Pressure Coefficient Of Air- Complete Set ( Without Hg ) 37 Electric Heater ( 1000 Watt With Connecting Wire ) 38 Kerosene Stove ( Aluminium Body ) 39 Kerosene Stove ( Steel Body ) 40 Barometer- Fortins ( Good Quality With Wooden Box Frame And Filled With Hg ) 41 Chemical Balance With Rider-50 Divisions ( 25-0-25 ) With 0 At The Centre ( Sensitivity- 1 Mg ) 42 Common Balance ( Physical ) 43 Weight Box ( Chemical ) 44 Fractional Weight Box 45 Apparatus To Measure Rigidity Modulus By Dynamical Method 46 Beranger Balance 47 Loose Weights 48 Loose Weights 49 Loose Weights 50 Loose Weights 51 Loose Weights 52 Loose Weights 53 Loose Weights 54 Semi Transparent Scale 55 Travelling Microscope 56 Apparatus To Determine Young’S Modulus By The Method Of Flexure 57 Kit To Study Network Theorem 58 Kit To Study I-V Characteristics Of Diode 59 Kit To Study Ce & Cb Characteristics Of Transistors 60 Meter Bridge: Two Gap 61 Meter Bridge: Four Gap ( Carey Foster Bridge ) 62 Meter Bridge: Two Gap 63 Meter Bridge: Four Gap ( Carey Foster Bridge ) 64 Potentiometer ( 10Wire ) 65 Potentiometer ( 10Wire ) 66 Resistance Box – Dial Type 67 Resistance Box – Plug Type 68 Resistance Box – Plug Type 69 Resistance Box – Plug Type 70 Resistance Box – Plug Type 71 Resistance Box – Plug Type 72 Resistance Box – Plug Type 73 Fixed Resistance Box 74 Fixed Resistance Box 75 Fixed Resistance Box 76 Fixed Resistance Box 77 Fixed Resistance Box 78 Fixed Resistance Box 79 Solenoid 80 Phosphor Bronze Wire 81 Resistance Coil For Temp Co-Efficient Expt. With Hypsometer 82 Rheostat 83 Bread Board Trainer Kit 84 10 Turn Potentiometer ( Pot ) , Carbon And Wire Wound- 100Ω 85 10 Turn Potentiometer ( Pot ) , Carbon And Wire Wound - 1Kω 86 10 Turn Potentiometer ( Pot ) , Carbon And Wire Wound - 10Kω 87 Extension Board / Spider Buster 88 Digital Function Generator With Different Wave Form Upto 100Khz, Make Metravi Or Eqv. 89 Soldering Iron -25W 90 Power Supply- Variable ( 0-6V, 0- 12V ) 91 Power Supply- Variable ( 0 -32 V, 0-10 V ) 92 Scientific Calculator 93 Digital Multimeter ( Lcr Meter ) 94 Katter’S Pendulum - With Hanging Bracket 95 Apparatus Set Up For Measuring Coefficient Of Viscosity Of Water By Poiseullie’S Method 96 Apparatus Set Up For Measuring The Refractive Index Of Material Of Lens And That Of Liquid Using Convex Lens And Plane Mirror 97 Ordinary Optical Bench - 150Cm Long Steel / Brass Scale With Lamp House And Four Holder For Holding Lamp House , Two Lens And Screen 98 Lamp Housing 99 Smoke Bulb ( White Bulb ) - 100W 100 Magnifying Glass - With Steel Holder , Dia 3 Inch, F= 10- 15Cm 101 Lens Holder For Combination Method ( For Ordinary Optical Bench ) 102 Index Rod ( Index Error Measurement ) - Total Brass Body: 20- 30 Cm Long: 4 Mm Dia 103 Ammeter ( Dc ) - 0-5 A: With Desk Stand , Connecting Terminals At Top 104 Anderson Bridge – Electric Null Detector 105 Anderson Bridge Kit 106 Bridge Rectifier Trainer Kit - Including T- Type, Π Type And Without Filter And Bread Board Provisions Additionally 107 Magnetometer- Deflection 108 Magnetometer- Vibration 109 Bar Magnet - Length 2 Inch 110 Bar Magnet- Length 1.5 Inch 111 Commutator: Plug Type 112 Commutator: Pohls - Heavy Type 113 Compass Needle 114 Ordinary Dc Table Galvanometer 115 Super Sensitive Dc Table Galvanometer 116 Electromagnet: 117 Fixed Condenser - Bakelite Box: Connecting Terminals At Top:3 Uf 118 Fixed Condenser- Bakelite Box: Connecting Terminals At Top:5 Uf 119 Fixed Condenser- 120 Fixed Inductance 121 Fixed Inductance 122 Fixed Inductance 123 Suspended Coil Galvanometer 124 Suspended Coil Galvanometer 125 Suspended Coil Galvanometer 126 Pencil Jockey 127 Four Way Key 128 Charge- Discharge Key 129 One Way Key 130 Tapping Key 131 Three Way Key 132 Two Way Key 133 Lamp & Scale Arrangement 134 Ammeter 135 Digital Microammeter 136 Digital Microammeter 137 Digital Miliammeter 138 Digital Miliammeter 139 Voltmeter- Digital 140 Voltage Source 141 Voltage Source 142 Voltage Source 143 Mutual Inductance Box 144 P.O. Box- Plug Type 145 Paper Capacitor 146 Platinum Resistance Thermometer: 147 Search Coil 148 Stand For Lamp And Scale Arrangement 149 Copper Voltameter 150 Wire- Nicrome 151 Logic Gate Trainer Kit 152 Opamp Trainer Kit 153 Single Stage Voltage Amplifier Kit 154 Kit To Study Ce & Cb Characteristics Of Transistors 155 Electrolytic Capacitor 156 Extension Board 157 Discharge Tubes- Stand 158 Discharge Tubes- Stand 159 High Voltage Source For Discharge Tube 160 Newtons Ring Arrangement 161 Newtons Ring Appt. Microscope 162 Research Type Optical Bench 163 Polarimeter Complete Set 164 Na And Hg Vapour Lamp Housing Metallic / Wooden Chamber 165 Spectrometer- 10 Inch Dia 166 Spectrometer- 7 Inch Dia 167 Astronomical Telescope With Stand 168 Power Supply For Na-Vapour Lamp And Variable Power Supply For Discharge Tube 169 Diffraction Grating Holder 170 Discharge Tubes- Stand 171 Discharge Tubes- Stand 172 High Voltage Source For Discharge Tube 173 Newtons Ring Arrangement 174 Newtons Ring Appt. Microscope 175 Research Type Optical Bench 176 Polarimeter Complete Set 177 Na And Hg Vapour Lamp Housing Metallic / Wooden Chamber 178 Spectrometer- 10 Inch Dia 179 Spectrometer- 7 Inch Dia 180 Astronomical Telescope With Stand 181 Power Supply For Na-Vapour Lamp And Variable Power Supply For Discharge Tube 182 Laboratory Swan Neck Tap 183 Constant Water Level Tank 184 Smps For Desk Top Computers 185 Digital Storage Oscilloscope ( Dso ) 186 Digital Storage Oscilloscope ( Dso ) 187 Cro 188 Apparatus To Study Band Gap Measurement Of Thermister / Semiconductor Device 189 Drill-Machine 190 Drill Bit Set For Wall 191 Drill Bit Set For Wood 192 Drill Bit Set For Iron 193 Electronic Calculator 194 Multimeter- Digital 195 Nose- Plier 196 Plier-Cutting: Set 197 Power Supply- Dc Dual 198 Power Supply- Variable 199 Screw Driver Set Cum Tester 200 Tool Box 201 Computer: Desktop And Laptop 202 Laser Printer 203 Scanner 204 Ups 205 Round Bottom Flask With Side Tube ( 1000 Ml ) 206 Separating Funnel, Globe Shape With Stopcock ( 500Ml ) 207 Test Tube With Rim ( 1” Dia ) 208 Specific Gravity Bottle ( 25Ml ) 209 Specific Gravity Bottle ( 50 Ml ) 210 Aspirator Bottle With Side Opening For Tabulation. 211 Measuring Cylinder-25Ml 212 Measuring Cylinder-50Ml 213 Measuring Cylinder-100Ml 214 Glass Tube With Capillary Bore ( Inner Diameter 1Mm And Outer Diameter 3Mm ) 215 Stirrer 216 Silicon Tube- 4Mm Internal Dia ( Length 10 Meter ) 217 Silicon Tubes -6Mm Internal Dia ( Length 10 Meter ) 218 Silicon Tubes -8Mm Internal Dia ( Length 10 Meter ) 219 Silicon Tubes -10Mm Internal Dia ( Length 10 Meter ) 220 Funnel 221 Capillary Tube Box With Different Diameter 222 Beaker-100Ml 223 Beaker-250Ml 224 Beaker-500Ml 225 Conical Flask ( 500 Ml ) 226 Flat Round Bottom Flask 500Ml 227 Measuring Cylinder-250Ml ( 343050 ) 228 Measuring Cylinder-500Ml ( 343060 ) 229 Plastic Beaker-500Ml ( 422030 ) 230 Plastic Beaker 100Ml ( 422010 ) 231 Wash Bottle 500Ml ( 560030 ) 232 Separatoty Funnel, Globe Shape With Stopcock, 500Ml ( 641120 ) 233 Funnel 250Ml ( 630070 ) 234 Mercury ( Metal ) Ar -14.5 235 Sodium Dichromate Ar-5 236 Potassium Dichromate Ar-5 237 Sulphuric Acid ( 98% ) -5 238 Tarpin Oil- 239 Ethyl Alcohol 240 Acetone 241 Lycopodium Powder 242 Hydrochloric Acid ( 32% ) Ar 243 To Determine The Moment Of Inertia Of A Flywheel – Complete Set Up 244 To Determine The Youngs Modulus Of A Wire By Optical Lever Method- Complete Set Up 245 To Determine The Modulus Of Rigidity Of A Wire By Maxwell’S Needle- Complete Set Up 246 To Determine The Elastic Constants Of A Wire By Searle’S Method- Complete Set Up 247 To Determine G By Kater’S Pendulum- Complete Set Up 248 To Determine The Value Of G Using Bar Pendulum – Complete Set Up 249 To Determine The Coefficient Of Viscosity Of Water By Capillary Flow Method ( Poiseuille’S Method ) – Complete Setup 250 To Study The Motion Of A Spring And Calculate ( A ) Spring Constant, ( B ) G- Complete Set Up 251 Determination Of The Coefficient Of Viscosity Of Highly Viscous Liquid By Stoke’S Method – Complete Setup 252 To Investigate The Motion Of Coupled Oscillators- Complete Set Up 253 To Study Lissajous Figures- Complete Set Up 254 To Determine The Moment Of Inertia Of Cylindrical Body About An Axis Passing Through Its Centre Of Gravity- Complete Set Up 255 Frequency F Vs 1 / L Curve For A Sonometer- Wire And Hence Unknown Frequency Of A Tuning Fork- Complete Set Up 256 To Determine The Modulus Of Rigidity Of A Wire By Dynamical Method- Complete Set Up 257 Measurement Of Planck’S Constant Using Black Body Radiation- Complete Set Up 258 To Determine Stefan’S Constant.- Complete Set Up 259 To Determine The Coefficient Of Thermal Conductivity Of A Bad Conductor By Lee And Charlton’S Disc Method.- Complete Set Up 260 Ballistic Galvanometer - ( A ) Measurement Of Charge And Current Sensitivity ( B ) Measurement Of Cdr ( C ) Determine A High Resistance By Leakage Method Complete Set Up 261 Determination Of The Ece Of Copper – Complete Setup 262 To Study The Characteristics Of A Series Rc Circuit.- Complete Set Up 263 To Study A Series Lcr Circuit Lcr Circuit And Determine Its ( A ) Resonant Frequency ( B ) Quality Factor - Complete Set Up 264 Determination Of The Boiling Point Of A Suitable Liquid Using A Platinum Resistance Thermometer – Complete Set 265 Construction Of One Ohm Coil – Complete Setup 266 To Determine Self-Inductance Of A Coil By Anderson’S Bridge Complete Setup 267 To Determine A Low Resistance By Carey Foster’S Bridge.- Complete Set Up 268 To Verify The Thevenin And Norton Theorems- Complete Set Up 269 To Verify The Maximum Power Transfer Theorems- Complete Set Up 270 Resistance Of Suspended Coil Galvanometer By Half Deflection Method And Hence The Current Sensitivity Of The Galvanometer.- Complete Set Up 271 Potential Difference Across A Low Resistance And Hence The Current Through It With The Help Of A Meter Bridge ( Without End Correction ) - Complete Set Up 272 To Determine The Coefficient Of Linear Expansion Of The Material Of A Rod Using Optical Lever Method- Complete Set Up 273 To Determine Mechanical Equivalent Of Heat, J, By Callender And Barne’S Constant Flow Method – Complete Setup 274 To Determine The Temperature Coefficient Of Resistance By Platinum Resistance Thermometer ( Prt ) – Complete Setup 275 To Study The Variation Of Thermo-Emf Of A Thermocouple With Difference Of Temperature Of Its Two Junctions – Complete Setup 276 To Determine The Wavelength Of Laser Source Using Diffraction Of Single Slit. 277 To Determine The Wavelength Of Laser Source Using Diffraction Of Double Slits. 278 To Determine Wavelength Of Sodium Light Using Fresnel Biprism- Complete Setup 279 To Determine The Refractive Index Of The Material Of A Prism Using Sodium Light - Complete Set Up 280 To Determine Dispersive Power Of The Material Of A Prism Using Mercury Light 281 To Determine The Resolving Power Of A Prism. 282 To Determine Wavelength Of Sodium Light Using Newton’S Rings- Complete Set Up 283 To Determine The Resolving Power Of A Plane Diffraction Grating. 284 To Determine Value Of Boltzmann Constant Using V-I Characteristic Of Pn Diode.- Complete Set Up 285 To Determine Work Function Of Material Of Filament Of Directly Heated Vacuum Diode- Complete Set Up 286 To Draw The I-V Characteristics Of A Suitable Resistance And That Of A Junction Diode Within Specified Limit On A Graph, And Hence To Find D.C. And A.C. Resistance Of Both The Elements At The Point Of Intersection. 287 Refractive Index Of Water By Travelling Microscope. Complete Set Up 288 Refractive Index Of The Material Of A Lens By Lens Mirror Method.- Complete Set Up 289 Refractive Index Of The Liquid By Lens- Mirror Method. 290 Focal Length Of A Convex Lens By Combination Method And Calculation Of Its Power- Complete Set Up 291 To Setup The Millikan Oil Drop Apparatus And Determine The Charge Of An Electron-Complete Setup 292 To Determine The Value Of E / M By ( A ) Magnetic Focusing Or ( B ) Bar Magnet. 293 To Determine Work Function Of Material Of Filament Of Directly Heated Vacuum Diode – Complete Setup 294 To Verify And Design And, Or, Not And Xor Gates Using Nand Gates. 295 Adder-Subtractor Using Full Adder I.C.- Complete Set Up 296 Study Of Zener Diode Characteristics And Its Application As Voltage Regulator.- Complete Set Up 297 To Study The Characteristics Of A Transistor In Ce Configuration- Complete Set Up 298 To Design A Ce Amplifier Of Given Gain ( Mid-Gain ) Using Voltage Divider Bias.- Complete Set Up 299 To Design An Inverting Amplifier Of Given Gain Using Opamp 741 And Study Its Frequency Response.- Complete Set Up 300 To Design A Non-Inverting Amplifier Of Given Gain Using Op-Amp 741 And Study Its Frequency Response.- Complete Set Up 301 Band Gap Measurement Of For Thermistor.- Complete Set Up 302 Sodium Light ( Source ) 303 Mercury Light ( Source ) 304 Prism 305 Plane Diffraction Grating, Lpi=2500; 5000; 7500, 15000 306 Diffraction Grating Holder. Brass 307 Travelling Microscope 308 Resistance 309 Spectrometer 310 Oscillator 311 Junction Diode 312 Lens, Convex 313 Lens, Concave 314 And, Or, Not , Xor, Nand – Ic Chip 315 Zener Diode 316 Transistor 317 Reading Telescope 318 Voltage Source 319 High Voltage Source 320 Hoonda Generator 2Kva 321. Multimeter 322. To Determine G By Kater’S Pendulum. - Complete Set Up 323. To Study The Motion Of A Spring And Calculate ( A ) Spring Constant, ( B ) G. - Complete Set Up 324. To Investigate The Motion Of Coupled Oscillators - Complete Set Up 325. To Study Lissajous Figures - Complete Set Up 326. To Determine The Moment Of Inertia Of Cylindrical Body About An Axis Passing Through Its Centre Of Gravity - Complete Set Up 327. Frequency F Vs 1 / L Curve For A Sonometer- Wire And Hence Unknown Frequency Of A Tuning Fork. - Complete Set Up 328. To Determine The Modulus Of Rigidity Of A Wire By Dynamical Method. - Complete Set Up 329. Measurement Of Planck’S Constant Using Black Body Radiation. - Complete Set Up 330. To Determine Stefan’S Constant. - Complete Set Up 331. To Determine A Low Resistance By Carey Foster’S Bridge. - Complete Set Up 332. To Verify The Thevenin And Norton Theorems – Complete Set Up 333. To Verify The Maximum Power Transfer Theorems - Complete Set Up 334. Resistance Of Suspended Coil Galvanometer By Half Deflection Method And Hence The Current Sensitivity Of The Galvanometer 335. Potential Difference Across A Low Resistance And Hence The Current Through It With The ( Without End Correction ) 336. To Determine The Coefficient Of Linear Expansion Of The Material Of A Rod Using Optical Lever Method 337. To Determine The Moment Of Inertia Of A Flywheel. Complete Set Up 338. To Determine The Youngs Modulus Of A Wire By Optical Lever Method. 339. To Determine The Modulus Of Rigidity Of A Wire By Maxwell’S Needle 340. To Determine The Elastic Constants Method. - 341. To Determine The Coefficient Of Thermal Conductivity Of Bad Conductor By Lee And Charlton’S Disc Method. Complete Set Up 342. Ballistic Galvanometer: A. Measurement Of Charge And Current Sensitivity B. Measurement Of Cdr C. Determine A High Resistance By Leakage Method 343. To Study The Characteristics Of A Series Rc Circuit. Complete Set Up 344. To Study A Series Lcr Circuit Lcr Circuit And Its A. Resonant Frequency B. Quality Factor - Complete Set Up Help Of A Meter Bridge - Complete Set Up - Complete Set Up Flywheel.- - Complete Set Up - Complete Set Up Of A Wire By Searle’S Complete Set Up - - Complete Set Up - Determine – Complete Set Up

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