FEE 312310 Manual Answer K Scheme: Fundamental of Electrical Engineering

In this article, we share the FEE 312310 Fundamental of Electrical Engineering Manual Answer for MSBTE K Scheme second semester.

All of these practicals are in accordance with the latest teaching scheme for the second-semester electrical engineering course.

FEE 312310 Manual Answer K Scheme PDF

• Practical No.1: Preparation of Layout of Electrical Engineering Laboratory

• Practical No.2: Operation of fire extinguisher and preparation of safety rules chart.

• Practical No.3: Check lab supply system and make use of relevant electric tools for various Applications.

• Practical No.4: Verification of Ohm’s Law.

• Practical No.5: Read Analog meters for measurement of various Electrical Quantities in AC/DC circuits.

• Practical No. 6: Use of Multimeter and Clip-On meter for the measurement of AC/DC Current, Voltage and Resistance in the given circuit.

• Practical No. 7: Measurement of frequency, Time period, Peak value and average value of given AC waveform using CRO.

• Practical No.8: Verification of Kirchhoff’s voltage Law.

• Practical No.9: Verification of Kirchhoff’s current Law

• Practical No. 10: Use of rheostat as current regulator and potential divider.

• Practical No. 11: Determination of PD, EMF and internal resistance of DC source.

• Practical No.12: Verification of two/three resistances connected in series connection.

• Practical No.13: Verification of two/three resistances connected in parallel connection.

• Practical No .14: Plot the charging characteristics of capacitor and find time constant (RC).

• Practical No.15: Plot the Discharging characteristics of capacitor and find time constant (RC).

• Practical No. 16 : Verification of equivalent capacitances in series connected circuits.

• Practical No.17: Verification of equivalent capacitances in parallel connected circuits.

• Practical No.18: Plot the rise characteristics of electric current in a circuit consisting of Resistance and inductance.

• Practical No.19: Plot the decay characteristics of electric current in a circuit consisting of resistance and inductance.

• Practical No.20: Plot B-H Curve for the given magnetic material.

• Practical No.21: Plot magnetization Curve for magnetic material.

• Practical No 22: Study of Hysteresis loop for the given transformer Coil

• Practical No.23: Verification of Faraday’s Law of Electromagnetic Induction (Statically Induced EMF).

• Practical No.24: Verification of Faraday’s Law of Electromagnetic Induction (Dynamically Induced EMF).

• Practical No.25: Verification of Fleming’s Right Hand Rule.

• Practical No.26: Verification of Fleming’s Left Hand Rule.

• Practical No. 27: Plot the Charging and Discharging Curves of Battery.

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