Measurement of electron charge to mass ratio (Based on Thomson’s Method) E/M Experiment Model : EMX- 01

Resistivity of Semi conductors by Four Probe Method (Basic Model) (DFP-10)

Four Probe Set – Up (Advance Model) Model : DFP – 03

Four Probe Setup (Research Model) (Model: DFP-RM)

Study of Dielectric Constant Model : DEC-01

Hall Effect Experiment Setup, Model: HEE-100

Apparatus for the Measurement of Susceptibility of Solids by Gouy's Method, Model: GMX-01.

Apparatus for Measurement of Susceptibility of Paramagnetic Solutions by Quinck's tube Method, Model: QTX-01

ELECTRON SPIN RESONANCE SPECTROMETER, Model: ESR – 105.

MAGNETIC FIELD MEASUREMENT APPARTUS, (Biot Savartʼs Law Set-up), Model: MFM – 01.

STUDY OF P-N JUNCTIONS, Model: PN – 01.

HYSTERESIS LOOP TRACER, Model: HLT-100.

PLANCK'S CONSTANT DETERMINATION USING LED, Model: PC-10.

FRANK HERTZ EXPERIMENT, Model: FH – 3001

Diodes Characteristics & Boltzman Constant, Model: DCBC - 01.

CO2 SENSOR WITH SIGNAL CONDITIONING INBUILT POWER SUPPLY

PM 2.5 SENSOR WITH SIGNAL CONDITIONING INBUILT POWER SUPPLY

NO2 SENSOR WITH SIGNAL CONDITIONING INBUILT POWER SUPPLY

PM 10 SENSOR WITH SINGLE CONDITIONING INBUILT POWER SIPPLY

SO2 SENSOR WITH SIGNAL CONDITIONING INBUILT POWER SUPPLY

MILLIKAN'S OIL DROP EXPERIMENT, Model: MOD-10

COUPLED PENDULUM OSCILLATIONS MODEL: VTPL-CPO-05

CENTRIPETAL FORCE AND MOMENT OF INERTIA WITHOUT DATA LOGGER. MODEL: VTPL-CFI-10

FARADAY’S LAW & INDUCED E.M.F. MODEL: VTPL-FL-50

STEFAN’S CONSTANT MODEL: VTPL-SC-20

NEWTON’S RING EXPERIMENT MODEL:VTPL-NR-50

ADVANCE POLARIMETER MODEL: VTPL-AP-01

COUPLED PENDULUM OSCILLATIONS MODEL: VTPL-CPO-05

 COUPLED PENDULUM OSCILLATIONS

MODEL: VTPL-CPO-05

 

 

• To study the characteristic frequencies of the coupled pendulum. To determine the coupling factors for various coupling lengths, the angular frequencies for "in-phase" and "in opposite phase" vibration, and the angular frequencies of the beat mode. To study the linear relation between the square of the coupling lengths, beat mode, and the square of the frequency for "in-opposite phase" vibration and to determine the spring constant of the coupling spring. The complete setup should include 

• Support Beam-: Material : Mild steel, Dimension : Approx. 54x2x2 cm (L x W x thickness), Support Rod : 2 numbers, Approx.1.5 cm diameter, Beam Hole : Approx. 0.5 cm diameter, Hole position : Both side from center.

 

• Pendulum Rod & Weight-: Material : Mild steel, Rod dimension : Approx. 75x1.5 cm (Lx dia.), Hole position : at least five different positions from the top of the rod. Weightdimension: as appropriate.

 

• Base – 2 numbers, Connecting rod – 2 numbers, Rod with weight – 2 numbers, Springs – 2 numbers, Hook assembly - 2 numbers, Round base – 2 numbers, Scale – 2 numbers.

 

 

Note: There may be any change in specification due to continuous R & D without notice.