Physics Trainers
Physics Lab contains detailed study for topics like Magnetism & Electromagnetism | Hall Effect Experiments | Newton's Rings Apparatus | Wavelength Measurement of a Laser | Hysteresis Loop | (B-H) Curve | Energy Band-Gap | Refreactive Index of Solid and Liquid | Specific Heat Measurement | Planck's Constant | Zeeman Effect | Millikan's Oil Drop Experiment | Solar Cell Trainer | using various physics tools like | Spectrometer | He-Ne laser | Diffration Grating | Polarimeter | Prisms | Tunning Forks | Travelling Microscopes | Telescopes | Pendulums | Convex and Concave lenses | Plane Mirrors | Michelson Interferometers | Helmaholtz Galvanometer | Potentiometer | Plug Key & Jockey | Magnetometers | Slotted weights | Optical Bench | for getting proper understanding of all many physics experiements.
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High resistance by Leakage method using Micro Voltmeter - Order Code 55786
TESCA
UGX0.00Order Code: 55786Name: High resistance by Leakage method using Micro Voltmeter SPECIFICATION 55786 Experimental Set-Up has been designed specifically to determine the high resistance by leakage method by means of a Digital D.C...- SKU:
- 55786
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Comparison of capacities of two condensers using coulombmeter (C.R.) - Order Code 55785
TESCA
UGX0.00Order Code: 55785Name: Comparison of capacities of two condensers using coulombmeter (C.R.) SPECIFICATION 55785 Experimental Set-Up has been designed specifically to compare the capacities of two condensers by means of an...- SKU:
- 55785
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Dispersive power of the material of the prism by the spectrometer (C.R.) - Order Code 55784
TESCA
UGX0.00Order Code: 55784Name: Dispersive power of the material of the prism by the spectrometer (C.R.) SPECIFICATION 55784Experimental Set-Up has been designed specifically to determine the Dispersive Power of the material of the Prism...- SKU:
- 55784
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The Wave Length of Sodium Light And Thickness of Mica Sheet With The Help of A Fresnel’s Bi-prism - Order Code 55783
TESCA
UGX0.00Order Code: 55783Name: The Wave Length of Sodium Light And Thickness of Mica Sheet With The Help of A Fresnel’s Bi-prism SPECIFICATION 55783 Experimental Set-Up has been designed specifically for experiments with...- SKU:
- 55783
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Resolving power of a diffraction grating by spectrometer (C.R.) - Order Code 55782
TESCA
UGX0.00Order Code: 55782Name: Resolving power of a diffraction grating by spectrometer (C.R.) SPECIFICATION 55782 Experimental Set-Up has been designed specifically to determine the Resolving Power of a Diffraction Grating. The set-up consists...- SKU:
- 55782
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Conductivity of a solution using P.O. box and moving coil galvanometer (C.R.) - Order Code 55781
TESCA
UGX0.00Order Code: 55781Name: Conductivity of a solution using P.O. box and moving coil galvanometer (C.R.) SPECIFICATION 55781 Experimental Set-Up has been designed specifically to determine the conductivity of a solution using a...- SKU:
- 55781
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Temperature co-efficient of resistance of conductors (C.R.) - Order Code 55780
TESCA
UGX0.00Order Code: 55780Name: Temperature co-efficient of resistance of conductors (C.R.) SPECIFICATION 55780 Experimental Set-Up has been designed specifically to determine the temperature coefficient of resistance of conductors...- SKU:
- 55780
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Experiments with sonometer (find out frequency of A.C. mains) (C.R.) - Order Code 55779
TESCA
UGX0.00Order Code: 55779Name: Experiments with sonometer (find out frequency of A.C. mains) (C.R.) SPECIFICATION 55779 Experimental Set-Up has been designed specifically for experiments with Sonometer. To determine the...- SKU:
- 55779
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Frequency of AC Supply and Capacitance of a Capacitor by using Electrical vibrator - Order Code 55778
TESCA
UGX0.00Order Code: 55778Name: Frequency of AC Supply and Capacitance of a Capacitor by using Electrical vibrator SPECIFICATION 55778 Experimental Set-Up has been designed specifically to perform experiments by using Electrical...- SKU:
- 55778
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Thickness of a thin foil by wedge arrangement(C.R.) - Order Code 55777
TESCA
UGX0.00Order Code: 55777Name: Thickness of a thin foil by wedge arrangement(C.R.) SPECIFICATION 55777 Experimental Set-Up has been designed specifically to find the thickness of a thin foil by Wedge Arrangement. The set-up consists...- SKU:
- 55777
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Meldes Experiments by using Electrically Maintained Tuning Fork - Order Code 55776
TESCA
UGX0.00Order Code: 55776Name: Meldes Experiments by using Electrically Maintained Tuning Fork SPECIFICATION 55776 Experimental Set-Up has been designed specifically to perform Melde’s experiments by using electrically maintained...- SKU:
- 55776
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Hydrogen Spectrum and Rydberg’s Constant - Order Code 55775
TESCA
UGX0.00Order Code: 55775Name: Hydrogen Spectrum and Rydberg’s Constant SPECIFICATION 55775 Experimental Set-Up has been designed specifically for the study of Hydrogen spectrum and determination of Rydberg’s constant with the...- SKU:
- 55775
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Magnifying power of telescope by the slit method using a microscope (C.R.) - Order Code 55774
TESCA
UGX0.00Order Code: 55774Name: Magnifying power of telescope by the slit method using a microscope (C.R.) SPECIFICATION 55774 Experimental Set-Up has been designed specifically to determine the Magnifying Power of Telescope by slit...- SKU:
- 55774
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Refractive indices m0 and me of calcite for the ordinary and extra ordinary rays using spectrometer and sodium light (C.R.) - Order Code 55773
TESCA
UGX0.00Order Code: 55773Name: Refractive indices m0 and me of calcite for the ordinary and extra ordinary rays using spectrometer and sodium light (C.R.) SPECIFICATION 55773 Experimental Set-Up has been designed specifically to determine...- SKU:
- 55773
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Dispersive power of a plane transmission diffraction grating (C.R.) - Order Code 55772
TESCA
UGX0.00Order Code: 55772Name: Dispersive power of a plane transmission diffraction grating (C.R.) SPECIFICATION 55772 Experimental Set-Up has been designed specifically to determine the Dispersive Power of a plane transmission...- SKU:
- 55772
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Hartmann’s Formula Using A Prism and Spectrometer - Order Code 55771
TESCA
UGX0.00Order Code: 55771Name: Hartmann’s Formula Using A Prism and Spectrometer SPECIFICATION 55771 Experimental Set-Up has been designed specifically for the verification of Hartmann’s Formula with the help of Prism and...- SKU:
- 55771
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Fresnel's formula for the reflection of light by spectrometer(C.R.) - Order Code 55770
TESCA
UGX0.00Order Code: 55770Name: Fresnel's formula for the reflection of light by spectrometer(C.R.) SPECIFICATION 55770 Experimental Set-Uphas been designed specifically to verify Fresnel’s formula for the reflection of light...- SKU:
- 55770
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Elliptically Polarised Light by Means of a Photo Voltaic Cell (C.R.) - Order Code 55769
TESCA
UGX0.00Order Code: 55769Name: Elliptically Polarised Light by Means of a Photo Voltaic Cell (C.R.) SPECIFICATION 55769 Experimental Set-Up has been designed specifically for the study of Elliptically Polarised Light by means of a...- SKU:
- 55769
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Malus law (cosine square law) for plane polarised light by photo voltaic cell (C.R.) - Order Code 55768
TESCA
UGX0.00Order Code: 55768Name: Malus law (cosine square law) for plane polarised light by photo voltaic cell (C.R.) SPECIFICATION 55768 Experimental Set-Up has been designed specifically to verify the Malus law (cosine square law)...- SKU:
- 55768
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Brewster's angle and refractive index of glass by using Spectrometer & polaroid (C.R.) - Order Code 55767
TESCA
UGX0.00Order Code: 55767Name: Brewster's angle and refractive index of glass by using Spectrometer & polaroid (C.R.) SPECIFICATION 55767 Experimental Set-Up has been designed specifically to determine Brewster’s angle for a...- SKU:
- 55767
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Polarisation of light by simple reflection (C.R.) - Order Cod 55766
TESCA
UGX0.00Order Code: 55766Name: Polarisation of light by simple reflection (C.R.) SPECIFICATION 55766 Experimental Set-Up has been designed specifically to study the Polarisation of Light by Simple reflection. The set-up consists of a...- SKU:
- 55766
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Planck's constant by spectrometer & photo voltaic cell (C.R.) - Order Code 55765
TESCA
UGX0.00Order Code: 55765Name: Planck's constant by spectrometer & photo voltaic cell (C.R.) SPECIFICATION 55765 Experimental Set-Up has been designed specifically to study of Planck's Constant by Spectrometer and Photo voltaic...- SKU:
- 55765
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Absorption spectrum of iodine vapor (C.R.) - Order Code 55764
TESCA
UGX0.00Order Code: 55764Name: Absorption spectrum of iodine vapor (C.R.) SPECIFICATION 55764 Experimental Set Up has been designed specifically for the study of Absorption Spectrum of Iodine Vapour and to determine (a)Energy level...- SKU:
- 55764
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Curie temperature of monel metal (C.R.) - Order Code 55763
TESCA
UGX0.00Order Code: 55763Name: Curie temperature of monel metal (C.R.) SPECIFICATION 55763 Experimental Set Up has been designed specifically for determination of Curie Temperature of Monel Metal using a Transformer. The set-up...- SKU:
- 55763
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Young's modulus Y of glass by carnu's method (C.R.) - Order Code 55762
TESCA
UGX0.00Order Code: 55762Name: Young's modulus Y of glass by carnu's method (C.R.) SPECIFICATION 55762 Experimental Set Up has been designed specifically for determination of the Young’s Modulus Y of Glass by Cornu’s method...- SKU:
- 55762
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Refractive index of prism using sodium light by spectrometer (C.R.) - Order Code 55761
TESCA
UGX0.00Order Code: 55761Name: Refractive index of prism using sodium light by spectrometer (C.R.) SPECIFICATION 55761 Experimental Set Up has been designed specifically for the Measurement of Refractive Index of glass in the form of...- SKU:
- 55761
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Measurement of wavelength of sodium light by diffraction grating using spectrometer (C.R.) - Order Code 55760
TESCA
UGX0.00Order Code: 55760Name: Measurement of wavelength of sodium light by diffraction grating using spectrometer (C.R.) SPECIFICATION 55760 Experimental Set Up has been designed specifically for the Measurement of Wavelength of...- SKU:
- 55760
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Variation of The Angle of Rotation of The Plane of Polarisation Using Polarimeter - Order Code 55759
TESCA
UGX0.00Order Code: 55759Name: Variation of The Angle of Rotation of The Plane of Polarisation Using Polarimeter SPECIFICATION 55759 Experimental Set Up has been designed specifically to study the variation of the angle of rotation...- SKU:
- 55759
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Determination of hysteresis loss of a transformer by C.R.O. - Order Code 55758
TESCA
UGX0.00Order Code: 55758Name: Determination of hysteresis loss of a transformer by C.R.O. SPECIFICATION 55758 Experimental Set Up has been designed specifically to determine the Hysteresis loss of a Transformer by C.R.O. The setup consists of...- SKU:
- 55758
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Determination of cauchy's constant by spectrometer (C.R.) - Order Code 55756
TESCA
UGX0.00Order Code: 55756Name: Determination of cauchy's constant by spectrometer (C.R.) SPECIFICATION 55756 Experimental Set Up has been designed specifically to determine Cauchy's constant by Spectrometer. The set-up...- SKU:
- 55756
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Refractive index of prism using (i-d) curve (C.R.) - Order Code 55755
TESCA
UGX0.00Order Code: 55755Name: Refractive index of prism using (i-d) curve (C.R.) SPECIFICATION 55755 Experimental Set Up has been designed specifically for the Study of the Variation of Angle of Deviation with Angle of Incidence...- SKU:
- 55755
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Resolving power of telescope (C.R.) - Order Code 55754
TESCA
UGX0.00Order Code: 55754Name: Resolving power of telescope (C.R.) SPECIFICATION 55754 Experimental Set Up has been designed specifically for the Determination of Resolving Power of Telescope. The set-up consists of Telescope,...- SKU:
- 55754
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Resolving power of prism by spectrometer (C.R.) - Order Code 55753
TESCA
UGX0.00Order Code: 55753Name: Resolving power of prism by spectrometer (C.R.) SPECIFICATION 55753 Experimental Set Up has been designed specifically for the Determination of Resolving Power of Prism. The set-up consists of...- SKU:
- 55753
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Measurement of wavelength by diffraction grating method - Order Code 55752
TESCA
UGX0.00Order Code: 55752Name: Measurement of wavelength by diffraction grating method SPECIFICATION 55752 Experimental Set Up has been designed specifically for the Measurement of Wavelength of prominent lines of mercury by...- SKU:
- 55752
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Refractive index of liquid by spectrometer (C.R.) - Order Code 55751
TESCA
UGX0.00Order Code: 55751Name: Refractive index of liquid by spectrometer (C.R.) SPECIFICATION 55751 Experimental Set Up has been designed specifically for the Measurement of Refractive Index of given liquid using hollow prism by...- SKU:
- 55751
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Refractive index of prism by spectrometer (C.R.) - Order Code 55750
TESCA
UGX0.00Order Code: 55750Name: Refractive index of prism by spectrometer (C.R.) SPECIFICATION 55750 Experimental Set Up has been designed specifically for the Measurement of Refractive Index of glass in the form of prism by...- SKU:
- 55750
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Determination of the Ballistic constant of a ballistic Galvanometer (C.R.) - Order Code 55745
TESCA
UGX0.00Order Code: 55745Name: Determination of the Ballistic constant of a ballistic Galvanometer (C.R.) SPECIFICATION 55745 Ballistic Galvanometer Setup illustrate fundamental information about electromagnetic induction. It concerns...- SKU:
- 55745
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Determination of Young's modulus, modulus of Rigidity and Poisson's ratio by Searle's Apparatus - Order Code 55744
TESCA
UGX0.00Order Code: 55744Name: Determination of Young's modulus, modulus of Rigidity and Poisson's ratio by Searle's Apparatus SPECIFICATION 55744 Experimental Set Up has been designed specifically to find the value of Young’s...- SKU:
- 55744
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Determination of Young's modulus by bending of beam (C.R.) - Order Code 55743
TESCA
UGX0.00Order Code: 55743Name: Determination of Young's modulus by bending of beam (C.R.) SPECIFICATION 55743 Experimental Set Up has been designed specifically to determine the Young’s modulus by bending of beam...- SKU:
- 55743
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Study of Electro-magnetic Induction and Verification of Faraday’s Laws - Order Code 55732
TESCA
UGX0.00Order Code: 55732Name: Study of Electro-magnetic Induction and Verification of Faraday’s Laws SPECIFICATION 55732 Experimental Set-Up has been designed specifically to Calibrate Wattmeter using DC potentiometer (Crompton...- SKU:
- 55732
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