PROCEDURE 1. Table 8-1, column 3. Compute the total resistance for a series connection by adding the measured Obtain the resistors listed in Table 8-1. Measure each resistor and record the measured value in values. Enter the computed total resistance in Table 8-1. Table 8-1 Resistor Listed Measured R Value Value Vx = Vs RT) V (measured) R₁ 330 330 ohm 1.33 v 1.331 v R₂ 470 470 ohm 1.98 V 1.98 v R₂ 680 680 ohm 2.47 v 2047 v 2.72 R₁ 1000 1000 ohm 4.03 V 4.03 v Total 2480 ohm 2480ohm 10.0 V 9.99 v 2. 3. 4. 5. Connect the resistors in the series circuit illustrated in Figure 8-4. With the source disconnected, measure the total resistance of the series connection and verify that it agrees with your computed value. Apply the voltage divider rule to each resistor, one at a time, to compute the expected voltage across that resistor. Use the measured values of resistance and a source voltage of +10 V. Record the computed voltages (Vx) in Table 8-1, column 4. Turn on the power and measure the voltage across each resistor. Record the measured voltage drops in Table 8-1, column 5. Your measured voltages should agree with your computed values. Observe the voltages measured in step 4. In the space provided, draw the voltage divider, showing how you could obtain an output of +6.8 V. +10 V 330 R₂ Figure 8-4 680 £2 R 1000 72 ९. 330 5 34700 R₁ Circuit for step 5 6500