l. Place a wire between the two measuring terminals of the ohmmeter and adjust the measurement reading to zero ohms. Obtain a 1k? and 2.7k? resistor and measure their values with the ohmmeter. What is the % error as compared to their nominal values? Enter your
results in Table 3.1.
2. Construct the circuit in Figure 3.5. Measure V1 and V2 using the DMM only. Calculate , from your measurements. What is the % error as compared to their nominal values? Enter your results in Table 3.3.
3. Construct the circuit of Figure 3.6. Use an ohmmeter to measure the resistances listed in Table 3.4. Calculate the % error.
4. Construct the circuit of Figure 3.7. Measure V1 and V2 using the DMM only. Calculate the % error. Enter your results in Table 3.5.
5. Construct the circuit of Figure 3.8. Find , and ,R for R = 1k?, 2.7 k?, and 3.3 k? by measuring the appropriate voltages using the DMM only and applying Ohm's Law. Enter your results in Table 3.6. Note that ,is approximately constant. Why?
6. Construct the circuit of Figure 3.9. Using the DMM, measure each of the variables listed in Table 3.7, and calculate the % error for each. Verify that KVL holds for each of the 3 loops in the circuit. Verify that KCL holds at each node. What can be said about I2,I3 and I1
Attachment:- ece240l_labmanual_3.pdf