# Verification Of Kvl And Kcl Pdf

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- Experiment No: 01 Verification of Kirchhoff`s Voltage Law (KVL) and
- Verification of Kvl and Kcl
- ET LAB1 Verification of KCL KVL

*In this project, we will make measurements to verify that Kirchhoff's current law is satisfied for some relatively arbitrary circuit. Kirchhoff's current law KCL tells us that the sum of the currents entering or leaving a node is zero.*

## Experiment No: 01 Verification of Kirchhoff`s Voltage Law (KVL) and

S 6 Connecting wires - - Required number. Connect the circuit as per the circuit diagram shown in figure 1 2. Apply 10V and measure the voltage drop across each resistor 3. Verify whether the source voltage is equal to the sum of voltage drops or not. If equal KVL is verified 4. Repeat the same procedure by applying 15V and 18V.

Table of Contents. Also note that KCL is derived from the charge continuity equation in electromagnetism while KVL is derived from Maxwell — Faraday equation for static magnetic field the derivative of B with respect to time is 0. According to KCL, at any moment, the algebraic sum of flowing currents through a point or junction in a network is Zero 0 or in any electrical network, the algebraic sum of the currents meeting at a point or junction is Zero 0. This law is also known as Point Law or Current law. In any electrical network , the algebraic sum of incoming currents to a point and outgoing currents from that point is Zero. Or the entering currents to a point are equal to the leaving currents of that point.

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## Verification of Kvl and Kcl

KCL: It states that in any electrical network the algebraic sum of currents meeting at a point is zero. Consider the case of few conductors meeting at a point A in the fig. R3 V2 I2. KCL: 1. Make the connection according to the ckt diagram 2. Set the three rheostats to their max value. Switch on the power supply 4.

## ET LAB1 Verification of KCL KVL

First we do our hand calculation to find the results based on the given values theoretically and write the values in the table. Then, we simulate the circuit in figure 3, of the lab handout 2, on Orcad software to get the values and compare it to our hand calculations. We draw the circuit at the lab handout then we do the actual circuit on the breadboard and by using the lab equipment the real measurements. After we put the values obtained by the lab devices in the tables we shall compare them to the simulated and calculated values.

First we do our hand calculation to find the results based on the given values theoretically and write the values in the table. Then, we simulate the circuit in figure 3, of the lab handout 2, on Orcad software to get the values and compare it to our hand calculations. We draw the circuit at the lab handout then we do the actual circuit on the breadboard and by using the lab equipment the real measurements.

Real world applications electric circuits are, most of the time, quite complex and hard to analyze. The node consists of 4 wires, each with an electrical current passing through. Even if the wires are connected to different electrical components coil, resistor, voltage source, etc.

#### Procedures:

Objective: There are two sections in this experiment. In equation form,. Equipment: 1. Trainer Board 2. Voltmeter 3.

S 6 Connecting wires - - Required number.

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