LABORATORY # 216
Circuit Analysis by Kirchhoffs Rules
Objective
To predict and measure currents and voltages in electric circuits using Kirchhoffs
Junction Rule.
Introduction
Kirchhoffs Rule as stated in the lab manual has two parts to it. There is a junc
LABORATORY #215
Ohms Law Current, Voltage, and Resistance
Measurements
Objective:
To learn to measure current with an ammeter, voltage with voltmeter, and
resistance with an ohmmeter and to study the properties of Ohms Law and circuits of
series, parallel
Laboratory 217: RC Circuits
Objective
To observe and analyze the voltage across a capacitor Vc as a function of time t in a
circuit containing a resistor and capacitor connected in series.
Introduction
The following experiment involves a physical as well
Laboratory 210
Magnetic Field of Helmholtz Coils- Biot-Savart Law
Objective
To study the magnetic field on the axis of coil and relate this to the geometry of a coaxial pair of
coils applying Biot-Savart Law.
Introduction
According to the Biot-Savart Law,
Laboratory #223
Faradays Law
Objective
To measure the voltage induced in a coil by a changing magnetic field and compare it with the
predicted value by Faradays Law.
Introduction
According to Faradays Law the electromotive force or emf in any closed circu
Laboratory 218
RL Circuits
Objective
To construct and analyze the current in an RL Circuit.
Introduction
An RL circuit, which a circuit made up of a resistor along with an inductor as well as a
power source, is the focus of this experiment. Our goal is to
LABORATORY #203
ElectricPotentialandElectricField
1. OBJECTIVE
To calculate the electric potential and further the electric field due to three different charge
configurations using MATLAB. To draw a contour and surface plots of the electric potential as
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