4. Resistors In Series On Breadboard Shown Below On The Breadboard Is A Circuit Of Three 1 KOhm Resistors In A Series Configuration. Convince Yourself That The Three Resistors Are Indeed In Series (Same Current Goes Through All Three Resistors). Assemble The Circuit On The Breadboard Without Connecting The Battery. • Connect The Multimeter Set For Voltage

4. Resistors in series on breadboard Shown below on the breadboard is a circuit of three 1 kOhm resistors in a series configuration. Convince yourself that the three resistors are indeed in series (same current goes through all three resistors). Assemble the circuit on the breadboard without connecting the battery. Connect the multimeter set for voltage measurement across all three resistors as shown on the right. Once you are convinced that your circuit is assembled correctly, connect the battery, take the voltage measurement with your multimeter, and promptly disconnect the battery from the breadboard. Now reconfigure the circuit and the multimeter settings for current measurement (shown on the right). Once the circuit is properly built, connect the battery, take the current measurement, and promptly disconnect the battery from the breadboard. 9V 9V 9V From the measurements of voltage and current, determine the equivalent resistance of the circuit connected to the battery. Now, disconnect the resistors from the breadboard and measure their exact resistance with the multimeter. Using the equations for series connection of resistors derived in the previous part, calculate the value of the equivalent resistance (using the measured values of resistances). Compare the measured equivalent resistance with the calculated value. Include estimation of errors from the measurement and use rules for propagation of errors from the Appendix of the manual.