Observation Table Of Electric Circuit

1. Arrange the required materials on a table and make the connections as per the connections diagram. 2. Connect the resistance wire in the left gap between c amp d and resistance box in the right gap. 3. Introduce some resistance in the circuit by taking out some resistance from the resistance box. 4. Plug the key.

The electric circuits in this lab are built with batteries, light bulbs, switches, and happens and record you observation. Figure 2 B. Continue by building the series circuit in in Figure 3. Close the switch and observe what happens. Figure 3 Make a table similar to Table 1 below and rank the brightness of the bulbs

1905308-Electric Circuits Laboratory SRM VALLIAMMAI ENGINEERING COLLEGE SRM NAGAR, KATTANKULATHUR - 603203 DEPARTMENT OF ELECTRICAL AND ELECTRONICS OBSERVATION TABLE S.No. V Volts V 1 Volts V 2 Volts V 3 Volts V V 1 V 2 V 3 Volts . 10 1905308-Electric Circuits Laboratory KIRCHHOFF'S VOLTAGE LAW

The document outlines the laboratory manual for the Electric Circuits Laboratory course, including a list of 9 experiments covering various circuit analysis topics like Kirchhoff's laws, Thevenin's and Norton's theorems, and three-phase circuits. It provides the circuit diagrams, procedures, observations tables and questions for each experiment. The experiments involve both simulation and

Observe the decrease in motor speed record five sets of readings in table -2, the switch of the DC supply and bring the armature circuit rheostat to minimum. OBSERVATION TABLE Table-1 Sl no Speed Table-2 Field Current Speed Armature Voltage GRAPHS Plot the graphs for speed versus field current and speed versus armature voltage.

Replace the electrical network by an equivalent constant current source and a parallel resistance. Norton's equivalent resistance R N R 1 R 2 R 1 R 2. Actual OBSERVATION TABLE Open Circuit Parameter CALCULATION Short Circuit Parameter S.No CALCULATION Sl. No When IP is open ckt When OP is open ckt V 2 V 1 I 2 V 2 V 1 I 1

1. Connect the circuit as shown in the figure. 2. Connect the unknown inductance in L1. 3. Select any value of r. 4. Connect the multimeter between ground and output of imbalance amplifier. 5. Vary r1 and r, from minimum position, in clockwise direction. 6. Calculate the inductance L1 by substituting known values. Observation Table

Observation table As performed in the simulator Click on Show Label checkbox to labelunlable the apparatus in the circuit. Click on Show Help checkbox to showhide the 'help' for performing the lab. Click on the Observation Table tab below to open the Observation table. Drag the plug key to switch onoff the current.

CBSE Class 12 Lab Manual for Chapter 6 3 Activity 4 To Assemble The Components of a Given Electrical Circuit. The laboratory is important for making the study complete, especially for a subject like Science and Maths. Detailed observation tables and graphical design of experiments are provided wherever it is necessary.

Observation table. So, we can see that in each observation the voltage-to-current ratio is almost the same. Thus, the voltage across the wire is proportional to the current through the wire. Hence Ohm's law is verified. Now we got the calculated value of the resistance of the wire is R 1.02 ohm.