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Contents- Experiment: To determine internal resistance of a battery, Experiment: Load test on a D.C. shunt generator, Experiment: Load test on D.C. series motor, Experiment: Load test on D.C. shunt motor, Experiment: Load test on D.C. shunt generator, Experiment: Load test on D.C. compound motor, Experiment: Load test on D.C.compound generator, Experiment: No load test on separately excited D.C. generator, Experiment: No load test on a D.C. shunt generator, Experiment: No load test on a D.C. shunt motor, Experiment: to perform Hopkinson test on two identical D.C.shunt machines, Experiment: Open circuit test and short circuit test on a single phase transformer, Experiment: Load test on a single phase transformer, Experiment: Back to back test on two identical transformers, Experiment: Separation of losses in a single phase transformer, Experiment: Separation losses in a D.C. shunt motor, Experiment: To perform load test on a three phase slipring induction motor, Experiment: To perform no-load and blocked rotor test on a three phase squirrel cage induction motor, Experiment: No-load test and short circuit test on a three phase alternator, Experiment: Load test on a three phase synchronous generator, Experiment: To determine regulation on a three phase alternation at full load, lagging power factor and loading power factor, Experiment: To determine the V-curve and inverted v-Curve of a synchronous motor, Experiment: To determine legulation of a three phase alternator for full load at a power factor using zero power factor method of potier triangle method, Experiment: To determine regulation at a three phase alternator at a load and its power factor by MMF method, Experiment: To measure the iron loss at different flux densities by Llyod Fisher magnetic square, Experiment: Study of directional over-current relay, Experiment: To plot burden current characteristic of the given current transformers, Experiment: To plot power angle curve of a three phase salient pole synchronous generator, Experiment: To plot megnetization characteristic and load characteristic of metadyne generator, Experiment: To determine negative sequence and zero sequence reactions of a synchronous, Experiment: Measurement of a small resistance by kelvin's double bridge, Experiment: Calibration of a watt-hour meter by a standard wattmeter.
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